Professional hard drive recovery service. They recovered all my data from a clicking Seagate drive in under two weeks. Transparent pricing and great communication throughout.
SSD Data Recovery Michigan
319 Google Reviews · 2M+ Followers · Nationwide Service
- $100 Flat Diagnostic
- No Data, No Charge
- Free Insured Shipping
Michigan's economy runs on data - from automotive engineering files in Detroit and Dearborn to research datasets at the University of Michigan in Ann Arbor. When an SSD fails in a state built on manufacturing precision, the loss can impact production timelines, research progress, and daily business operations. Solid state drives do not give much warning before they die, and recovering data from failed NAND flash memory requires tools and expertise that local computer shops simply do not possess.
Our data recovery lab at 644 Newman Springs Road in Lincroft, NJ serves Michigan customers through fast, reliable mail-in service. Priority Mail from Detroit, Grand Rapids, Ann Arbor, or Lansing reaches our lab in 2-3 business days. We recover data from every SSD brand and failure type - controller death, firmware corruption, NAND degradation, and electrical damage across Samsung, Crucial, Western Digital, Kingston, and all other manufacturers. Call 732-933-7717 or request a free quote to start your recovery.
- 4.6 Google rating
- 319+ Google reviews
- 2M+ Followers watching real recoveries
- $100 Flat diagnostic - no data, no charge
Reviews
What Our Customers Say
4.6
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What's happening with your drive?
Pick the symptom - we see every one of these from Michigan weekly. You get the honest answer, not a sales pitch: what's actually wrong, what not to do next, and whether it's urgent.
Mechanical - power it OFF now
SSDs die suddenly. The data usually has not.
Unlike hard drives, SSDs rarely warn you - a controller or firmware fault takes them from fine to invisible overnight. The NAND chips holding your data are usually intact; getting to them takes controller-level work, not software. Stop power-cycling it.
Mechanical - power it OFF now
That is firmware failure - a lab-only recovery.
An SSD showing up as "SATAFIRM S11," 0MB, or a few megabytes has crashed into its firmware safe mode. No consumer tool touches this. It is recoverable with the right controller tooling - and made worse by repeated reformat attempts.
Serious - stop using it
Could be the SSD failing mid-read.
When Windows or macOS starts crashing on a machine that was fine, a failing system SSD is a prime suspect - reads start timing out and the OS falls over. Do not reinstall the OS onto it; that overwrites the very data you want back.
Serious - stop using it
On SSDs, deleted files are a race against TRIM.
SSDs actively erase deleted space in the background (TRIM), so time matters more than on any hard drive. Power the machine down - fully off, not sleep - and get the drive evaluated. The sooner it stops idling, the more there is to recover.
Pricing
SSD Data Recovery Cost
SSD data recovery pricing depends on the failure type, SSD architecture, and recovery method required. Every case starts with a $100 diagnostic that is applied toward your recovery cost.
Every case starts here
All pricing includes the $100 diagnostic fee. No data, no charge - if we cannot recover your target files, you pay only the diagnostic fee.
View our full data recovery pricing or read the complete SSD cost guide for detailed pricing by brand and failure type.
Logical Recovery
Accidental deletion, formatting, file system corruption, or partition damage on a functionally healthy SSD. Data is recovered through sector-level imaging and file carving techniques.
- Deleted file and folder recovery
- Formatted SSD data recovery
- NTFS, APFS, ext4, HFS+ reconstruction
- RAW partition recovery
Firmware & Controller Recovery
Most CommonSSD not detected, shows wrong capacity, or enters a busy/read-only state due to firmware corruption or controller malfunction. Requires PC-3000 SSD diagnostics and firmware-level intervention.
- Controller failure recovery
- Firmware table reconstruction
- Translator module repair
- Bad block management rebuild
- TRIM damage assessment
Chip-Off NAND Recovery
Catastrophic controller or board failure requiring physical removal of NAND flash chips. Chips are desoldered, read individually on specialized hardware, and data is reconstructed from raw NAND dumps.
- NAND chip desoldering and reading
- ECC error correction
- XOR/RAID interleave reconstruction
- Scrambler and encryption reversal
- Wear leveling table rebuild
Final price confirmed after diagnostic - no surprises.
Pricing
SSD Recovery Pricing in Michigan
SSD recovery pricing is based on the failure complexity, drive brand, controller type, and the amount of work required to reconstruct your data. We determine the exact scope during our diagnostic evaluation and provide a firm quote with no hidden fees. If we cannot recover your data, you pay nothing.
Logical recoveries - accidental deletion, partition corruption, or file system damage - are generally the least expensive, provided TRIM has not already erased the relevant sectors. Firmware-level repairs, where the drive's internal operating code must be repaired or rebuilt using controller-specific tools, fall in the mid-range. Chip-off recoveries, involving physical removal of NAND chips and raw data reconstruction, are the most labor-intensive and priced accordingly.
Shipping from Michigan is affordable and straightforward. A padded mailer via USPS Priority Mail from Detroit, Grand Rapids, or Ann Arbor to our Lincroft, NJ lab costs under ten dollars and arrives in 2-3 days. Visit our pricing page for general guidance on cost ranges, or call 732-933-7717 to discuss your specific drive and failure scenario.
SSD Data Recovery Turnaround Times
SSD recovery turnaround depends on the complexity of the failure and recovery method required. Chip-off cases require additional time for NAND reading and data reconstruction. Rush options are available for all service tiers - the tiers below are how soon we begin, not the full recovery time.
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4 - 5 weeks
Standard
No surcharge
Full assessment with recovery options and pricing. The typical wait before your SSD reaches our bench in the standard queue, measured from receipt.
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5 - 7 days
Priority Rush
+$250
Your SSD jumps to the front of the queue. Ideal for business-critical data where a few days matter.
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1 - 2 days
Urgent Rush
+$500
Dedicated technician for time-sensitive cases, with expedited handling from the moment it lands.
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Same Day
Emergency
+$1,000
Immediate start. Highest priority, mission-critical situations that can’t wait.
The times above are how soon we begin diagnosing your SSD - not the full turnaround. Recovery time is quoted after diagnostics, and depends on the failure (see below). Mail-in adds free 2nd-Day-Air UPS each way (USA, excluding islands).
What Affects SSD Recovery Time?
Once work starts, the failure type sets how long the recovery itself takes
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Logical & Firmware
FastestAccidental deletion, formatting, corrupted partitions, and controller firmware/translator faults. No physical NAND work - typically the quickest turnaround once on the bench.
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Controller Failure
ModerateA failed SSD controller blocks access to otherwise-healthy NAND. We use PC-3000 SSD and controller-specific firmware tools to restore communication and image the drive - more involved than a logical case, faster than full chip-off.
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Chip-Off / NAND
LongestWhen the controller cannot be revived, we read the raw NAND directly - desoldering the chips, dumping each one, then reconstructing the data through XOR, ECC, and interleave de-scrambling. Chip-off cases need the most time for NAND reading and data reconstruction.
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Shipping Time
Free · 2nd-day airMail-in ships free 2nd-Day-Air UPS both ways (USA, excluding islands) - you print the prepaid label right on the mail-in form. Local New Jersey customers who drop off at our Lincroft lab skip transit entirely.
Turnaround
SSD Recovery Turnaround in Michigan
Standard SSD recovery turnaround is 3-7 business days from the time we receive your drive. For Michigan customers using Priority Mail, total elapsed time from drop-off to receiving recovered data is typically 7-12 business days including transit time in both directions.
Rush service is available for time-critical situations. If an automotive supplier in Detroit needs engineering data recovered before a production deadline, or a healthcare system in Grand Rapids has patient records on a failed drive, we can expedite the case for completion within 1-3 business days of receiving the drive.
Turnaround depends on failure type. Straightforward firmware repairs and logical recoveries often complete within 24-48 hours of intake. Controller-related failures requiring firmware reconstruction typically take 3-5 business days. Chip-off recoveries involving NAND desolder and raw data reassembly require the most time but still generally complete within the standard 7-day window. Your quote includes an estimated completion timeline based on the specific diagnosis.
Secure Mail-In SSD Recovery from Anywhere
Free 2nd-Day-Air prepaid labels to all 50 states - the same in-house lab expertise as our in-person service, with real-time status updates. Your SSD is typically in our Lincroft, New Jersey lab within 2 - 3 business days, and return shipping is free too.
- Free prepaid label, both ways
- Fully insured, 2nd-Day-Air UPS
- Real-time status updates
Free 2nd-Day-Air UPS shipping covers the USA, excluding islands.
How Mail-In Works
- 1
Contact Us
Request a free quote and we’ll send you a prepaid, insured shipping label - printed right on the mail-in form.
- 2
Ship Your SSD
Pack your SSD securely in an anti-static bag and drop it at any UPS location. Shipping is free both ways - free 2nd-Day-Air UPS, fully insured.
- 3
We Recover Your Data
Your SSD is diagnosed and recovered by our lead technician Joseph Montanti using PC-3000 SSD, chip-off equipment, and specialized NAND reading tools in our professional lab.
- 4
Data Returned
Your recovered data is shipped back on a new drive - free 2nd-Day-Air UPS, insured, fast and secure, and verified before it leaves our lab.
Professional SSD Data Recovery Lab in Lincroft, NJ
Located at 644 Newman Springs Road, Suite A in Lincroft, Monmouth County, New Jersey - our lab is equipped with PC-3000 SSD, chip-off NAND extraction hardware, and controller-specific firmware tools. Walk-in drop-off available for local NJ customers.
Mail-In
Mail-In SSD Recovery from Michigan
Shipping your SSD from Michigan to our New Jersey lab is straightforward. Place your drive in an anti-static bag - this protects against electrostatic discharge that could damage the controller or NAND chips. Wrap the bagged drive in bubble wrap or other padding, then place it in a small box or padded mailer. SSDs weigh almost nothing and have no moving parts, so shipping risk is minimal with proper ESD protection.
USPS Priority Mail from Detroit, Grand Rapids, Ann Arbor, Lansing, Flint, Kalamazoo, or anywhere in Michigan reaches our Lincroft, NJ lab in 2-3 business days. FedEx and UPS Ground offer similar transit times from the Midwest. Ship to: 644 Newman Springs Road, Suite A, Lincroft, NJ 07738. Include your name, phone number, email address, and a description of the issue.
Once your drive arrives, we begin the diagnostic evaluation - typically within one business day. You receive a call or email with the findings, a firm quote, and an estimated timeline. Approve the quote and we proceed; decline and we ship the drive back at no charge. Recovered data is returned on a new external drive via insured shipping. Fill out our mail-in form or call 732-933-7717 to begin.
Data Privacy & Chain of Custody
Your data is handled under strict chain-of-custody procedures from intake to secure destruction.
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Intake Logging
Every SSD is photographed and logged with a unique case number, serial, model, controller type, and condition on arrival.
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Restricted Access
Only your assigned technician handles your SSD. No shared workstations, no exceptions.
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No Browsing Data
We never open or view your files. Integrity is verified through checksums and file structure only.
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Secure Delivery
Data is transferred to a new drive and shipped back to you. All copies are purged after confirmation.
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SSD Return or Destruction
Your original SSD is returned or securely destroyed per your instructions. Recovered data ships on new media.
Privacy & Security
How We Protect Your Data in Michigan
Every SSD that enters our lab from Michigan is handled with strict data security protocols. Your drive is assigned a unique case number, logged into our tracking system, and stored in a secure area accessible only to recovery technicians. The assigned tech is the only person who accesses your drive and data throughout the recovery process.
We do not browse, catalog, or share your files. Our only interaction with the data is to verify recovery completeness - confirming that file structures are intact and files open properly. Recovered data is transferred to an encrypted external drive for secure return shipment. After you confirm successful receipt, all working copies are permanently erased from our lab systems.
Michigan's automotive industry, healthcare providers, and university research institutions frequently handle proprietary or regulated data. We accommodate specific data handling requirements upon request, including written documentation of our security procedures for HIPAA compliance, trade secret protection, or corporate data governance policies. Your original SSD is returned or securely destroyed after case completion, per your preference.
How It Works
What is SSD Data Recovery?
SSD data recovery is the process of extracting inaccessible, lost, or corrupted data from a solid state drive that has failed electronically, at the firmware level, or from NAND degradation - including completely dead SSDs that are not detected by your computer.
If you're searching for "SSD repair," what you most likely need is SSD data recovery - repairing the drive to a working state is rarely possible or advisable, but recovering the data from it almost always is.
Solid state drives store data electronically in NAND flash memory chips - there are no moving parts, no spinning platters, and no read/write heads. Instead, data is written to billions of individual flash cells organized into pages and blocks, managed by a controller chip that acts as the brain of the SSD. When the controller fails, firmware corrupts, or NAND cells degrade beyond their error correction threshold, your files become trapped inside the flash chips even though the data is physically still there.
SSD data recovery involves bypassing or replacing the failed controller logic to extract raw data from the NAND chips. This is fundamentally different from hard drive data recovery - there are no mechanical parts to swap. Instead, recovery requires electronic diagnostics, firmware-level intervention using PC-3000 SSD, or physical chip-off extraction where NAND chips are desoldered and read directly on specialized hardware.
I've been recovering data from failed SSDs since founding MDRepairs, and the most important thing I tell every customer is: your data is almost certainly still there. In the vast majority of cases, a dead SSD or a failed SSD has suffered a controller or firmware failure - the NAND flash chips that store your files are physically intact.
- Logical Deleted files, formatted partitions, corrupted file systems.
- Firmware & Controller SSD not detected, wrong capacity, read-only state, busy state.
- NAND-Level Cell degradation, uncorrectable bit errors, wear-out failure.
SSD failures are categorized into three types: logical (deleted files, formatted partitions, corrupted file systems), firmware and controller (SSD not detected, wrong capacity, read-only state, busy state), and NAND-level (cell degradation, uncorrectable bit errors, wear-out failure). The recovery approach depends entirely on which layer has failed - and attempting the wrong approach can make data permanently unrecoverable, especially on drives with TRIM enabled.
SSD data recovery success rates are highest for controller and firmware failures - which represent the majority of cases we handle - because NAND flash chips almost always survive intact even when the controller dies. For these failure types, our lab consistently achieves successful recoveries using PC-3000 SSD diagnostics and chip-off NAND extraction.
Call 732-933-7717 $100 diagnostic, credited toward recovery - no data, no charge.
The Basics
SSD Data Recovery in Michigan, Explained
SSD data recovery is the technical process of retrieving data from solid state drives that have failed at the hardware, firmware, or logical level. Unlike traditional hard drives that read and write data on spinning magnetic platters, SSDs store information in NAND flash memory chips managed by a controller processor and firmware. This architecture delivers the speed and reliability that Michigan's automotive, tech, and healthcare industries demand, but it also creates unique recovery challenges when something breaks down.
The automotive sector concentrated in Detroit, Dearborn, and across southeast Michigan has embraced SSD storage for CAD workstations, simulation systems, and manufacturing control computers. The Big Three and their supply chain partners store critical engineering data, supplier records, and production schedules on NVMe and SATA SSDs. Research institutions like the University of Michigan, Michigan State, and Wayne State generate terabytes of data on SSD-equipped lab systems. Healthcare networks across the state run electronic health records on solid state storage for the performance advantages it offers in high-transaction environments.
When an SSD fails, the underlying data typically remains physically present on the NAND flash chips. The problem is that the controller - the processor that manages data access - has either died, lost its firmware programming, or can no longer read the flash cells reliably. Professional recovery involves either repairing the controller and firmware to restore normal access, or bypassing the controller entirely by reading the NAND chips directly and reconstructing the data from raw memory dumps.
The Flash Translation Layer is central to this process. SSDs maintain a complex mapping table that translates the logical block addresses used by your operating system into physical locations across the NAND flash chips. Wear leveling, garbage collection, and over-provisioning algorithms continuously redistribute data to optimize performance and extend drive life. When the FTL mapping is lost due to controller or firmware failure, the data exists on the chips but cannot be accessed in any coherent order without reconstructing this map.
TRIM is an additional complication that Michigan users need to understand. Modern operating systems send TRIM commands to SSDs when files are deleted, instructing the drive to erase the corresponding memory blocks. Once TRIM executes, those blocks are genuinely zeroed and unrecoverable. Acting quickly - powering down the drive immediately after noticing a problem - is essential to prevent TRIM from erasing data you may still need. Our lab recovers SSDs across every failure type and form factor, from 2.5-inch SATA consumer drives to M.2 NVMe modules and enterprise U.2 units used in Michigan's data centers and industrial systems.
Inside an SSD: Components That Fail
Understanding the internal architecture of a solid state drive explains why SSD failures are fundamentally different from hard drive failures - and why recovery requires entirely different tools and techniques.
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NAND Flash Memory
The storage chips where your data physically lives. NAND cells hold electrical charges representing your data. When cells wear out or develop uncorrectable bit errors, data becomes inaccessible - requiring chip-off extraction to read the raw flash contents directly.
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Controller
The processor that manages all SSD operations - wear leveling, garbage collection, TRIM, error correction, and the Flash Translation Layer (FTL) that maps logical addresses to physical NAND locations. Controller death is the most common SSD failure and the most complex to recover from.
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DRAM Cache
Stores the Flash Translation Layer (FTL) mapping table that tells the controller where every piece of data is physically stored across the NAND chips. If the DRAM loses power before syncing to NAND, the mapping table can become corrupted - causing the SSD to appear empty or undetected.
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PCB & Interface
The circuit board connecting the controller to your computer via SATA, NVMe (PCIe), or USB. Power surges and electrical damage can fry the interface circuitry while leaving NAND chips intact - making chip-off extraction the recovery path. SATA and NVMe interfaces require different diagnostic approaches.
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Firmware & FTL
The internal software managing wear leveling, garbage collection, bad block management, and the critical Flash Translation Layer. FTL corruption means the controller can no longer locate your data across the NAND chips - the data exists but the map to find it is destroyed. PC-3000 SSD tools can reconstruct these tables.
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Power Loss Protection Capacitors
Enterprise and high-end consumer SSDs include capacitors that provide enough power during unexpected shutdown to flush cached data from DRAM to NAND. Budget SSDs lack this protection - making them vulnerable to FTL corruption and partial write failures from sudden power loss.
Call 732-933-7717 Electronic diagnostics, firmware repair & chip-off NAND extraction.
SSD failing or not detected? Stop power-cycling it - each restart can push a dying controller past recovery.
What's Happening to Your SSD?
SSD failures present differently than hard drive failures - there's no clicking or beeping because there are no moving parts. Here are the most common symptoms and what they indicate about the underlying failure.
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SSD Not Detected / Not Showing Up
Your computer doesn't see the SSD at all - the SSD is not showing up in BIOS, not recognized in Disk Management, or invisible in Device Manager. Whether your SSD is not showing up in BIOS after a power event or simply not recognized by Windows, this typically indicates controller failure, dead PCB components, or complete firmware corruption. The NAND chips almost certainly still contain your data.
Professional recovery required -
SSD Shows Wrong Capacity
Your 1TB SSD reports as 0MB, 8MB, or some other incorrect size. This is a telltale sign of firmware corruption - the controller has lost its configuration tables and has reverted to a raw or factory state. Data is intact but the SSD has lost the ability to present it.
Firmware-level repair needed -
SSD Read-Only or Write-Protected
The SSD is detected and data is visible, but you cannot write new data or delete files. The controller has entered a fail-safe mode because NAND cells have exceeded their endurance threshold. Your data is currently accessible but the SSD is dying - back up immediately before the controller locks further.
Back up now, recovery if locked -
SSD Suddenly Dead After Power Event
Power surge, lightning strike, plugged into a bad USB hub, or laptop battery died during write - now the SSD is completely unresponsive. Electrical damage typically destroys controller or interface circuitry while NAND chips survive intact. This is one of the most recoverable SSD failure types.
Chip-off likely needed -
Blue Screen Crashes & Freezing
Frequent BSODs with storage-related errors (KERNEL_DATA_INPAGE_ERROR, CRITICAL_PROCESS_DIED, PAGE_FAULT_IN_NONPAGED_AREA), random system freezes, or applications crashing during disk operations. The SSD's NAND is developing uncorrectable read errors that the controller's ECC engine cannot fix.
Degradation in progress -
Disappearing Files or Corrupted Data
Files randomly vanish, open as garbled data, or folders appear empty despite showing used space. This indicates FTL mapping table corruption, NAND cell degradation, or TRIM-related data destruction. Stop using the SSD immediately - every write operation can overwrite recoverable data.
Stop use immediately
Recognize your SSD's symptoms? Don't keep powering it on - every attempt can overwrite recoverable data. Get a free quote, or call 732-933-7717 to speak with a technician.
Symptoms
SSD Failure Symptoms We See in Michigan
SSD failures in Michigan systems follow predictable patterns that indicate the type of underlying problem. The most frequent symptom is the drive not being detected - your computer powers on normally but the BIOS or UEFI does not list the SSD among connected storage devices. This points to a controller failure or critical firmware crash. In most cases, the NAND data is intact and recovery is possible once the controller issue is addressed.
Another common symptom is the drive appearing with incorrect capacity - a 1TB SSD showing as 8MB or 0 bytes in Disk Management. This is firmware corruption in the drive's service area, often caused by unexpected power loss. The drive cannot read its own identity and configuration data, so it defaults to a minimal identification state. The user data on the flash chips is typically unaffected.
Performance degradation that worsens over weeks or months can signal NAND flash wear. The drive becomes increasingly slow, file operations hang or time out, and the system may freeze during disk-intensive tasks. This is especially common in SSDs used for heavy workloads in Michigan's engineering and manufacturing environments - CAD software, simulation, and database applications that generate high write volumes. Blue screen errors referencing storage drivers, unexpected read-only mode, and data corruption on file reads are additional warning signs we regularly hear about from Michigan customers.
Types of SSD Failures We Recover
SSD failures are categorized by which layer of the drive architecture has failed. Each failure type requires a different recovery approach, different tools, and different levels of expertise.
- Hardware
Controller Death
The controller chip - the SSD's processor - has failed completely. The drive is not detected by any computer. This is the most common SSD failure. Recovery requires either replacing the controller with an identical model (rare and risky) or chip-off NAND extraction where each flash chip is physically removed, read on dedicated hardware, and the data reconstructed from raw dumps using the original controller's algorithms.
- Firmware
FTL (Flash Translation Layer) Corruption
The mapping table that translates logical block addresses to physical NAND locations has become corrupted - typically from unexpected power loss on SSDs without power loss protection capacitors. The SSD may show 0 bytes capacity, wrong model name, or enter an infinite busy loop. PC-3000 SSD can rebuild FTL tables from redundant metadata scattered across the NAND.
- Hardware
Power Surge Damage
Electrical spikes from lightning, faulty power supplies, or bad USB hubs destroy voltage regulators, controller circuitry, or interface components on the SSD's PCB. NAND flash chips are remarkably resilient to power surges because they store data as trapped electrical charges in insulated cells. Even when the PCB is visibly burned, chip-off extraction typically recovers the data from intact NAND.
- Firmware
Bad Block Management Failure
Every SSD tracks worn-out and defective NAND blocks in a bad block table. When this table corrupts or overflows, the controller can no longer safely map data around bad blocks and may lock the drive into a read-only or unresponsive state. Firmware-level repair involves rebuilding these tables using vendor-specific PC-3000 SSD protocols.
- Hardware
Interface Failure
The SATA or NVMe interface circuitry has failed while the controller and NAND remain functional. Common on M.2 drives that experience socket damage from improper installation or on SSDs in MacBooks with proprietary connectors. Recovery may involve PCB-level repair or chip-off extraction depending on the extent of the damage.
- Logical
Deleted Files & Formatting
Trying to recover deleted files from an SSD is more challenging than from a hard drive because of TRIM. When TRIM is enabled (default on all modern operating systems), the OS tells the SSD to erase deleted file blocks in the background - making those blocks permanently unrecoverable. Recovery success depends entirely on whether TRIM has already executed. If you need to recover deleted files from an SSD or recover data after formatting, act immediately and do not continue using the drive.
- Firmware
NAND Wear-Out & Cell Degradation
Every NAND flash cell has a finite number of program/erase (P/E) cycles - TLC cells endure roughly 1,000-3,000 cycles, QLC around 500-1,000. As cells degrade, the SSD's internal ECC (error correction code) compensates until errors exceed the correction threshold. At that point, data becomes unreadable through normal channels. Chip-off extraction with advanced ECC reconstruction can often recover data that the controller has given up on.
- Hardware
Encryption Complications
Most modern SSDs use hardware AES-256 encryption - all data written to NAND is encrypted by the controller using a key stored in a secure area. If the controller dies, the encryption key dies with it unless it can be preserved. Samsung SSDs and Apple T2/M-series MacBook drives are particularly affected. We also recover data from BitLocker-encrypted and FileVault-encrypted SSDs where the software encryption layer adds additional complexity on top of hardware encryption. Recovery must work through the original controller path to maintain the encryption chain.
- Hardware
Water & Liquid Damage
Spilled liquid, flood damage, or humidity exposure can corrode SSD PCB components, short-circuit the controller, or damage the interface connector - but NAND flash chips are remarkably resilient to liquid exposure because data is stored as trapped electrical charges inside sealed silicon cells. Even SSDs submerged in water can often be recovered through chip-off extraction after the NAND packages are cleaned and dried. Do not power on a water-damaged SSD - corrosion accelerates when electricity flows through wet circuitry.
- Hardware
Overheating & Thermal Failure
Sustained high temperatures cause NAND flash cells to lose charge retention faster, controller throttling to become permanent, and solder joints on BGA packages to develop micro-fractures. NVMe drives in poorly ventilated laptops and gaming PCs are especially vulnerable - the controller can reach 100C+ under sustained workloads. Thermal damage is cumulative and often presents as intermittent detection issues before complete failure. Recovery focuses on stabilizing the controller at reduced clock speeds to extract data before thermal shutdown.
Technical Deep Dive
Advanced Failure Modes by SSD Family
Different SSD controllers and NAND architectures fail in predictable, controller-specific ways. Our technicians maintain current expertise across every major SSD platform to maximize recovery success.
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Samsung Elpis & Phoenix Controllers: Encryption Lock
Samsung 870 EVO, 980 PRO, and 990 PRO SSDs use Samsung's proprietary controllers with hardware AES-256 encryption enabled by default. When the controller fails, the encryption key becomes inaccessible - making chip-off extraction useless without first recovering the key from the controller's secure storage. PC-3000 SSD Samsung modules can extract the encryption metadata needed to decrypt the NAND contents after chip-off. See our guides on Samsung 860 EVO recovery and SATAFIRM S11 firmware failures for model-specific details.
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Phison Controllers: Scattered FTL Architecture
Phison E12, E16, and E18 controllers (used in Sabrent Rocket, Corsair MP600, Kingston KC3000, and many other brands) distribute FTL metadata across multiple NAND chips in a proprietary pattern. When the FTL corrupts, reconstruction requires understanding Phison's specific interleaving algorithm and metadata layout. PC-3000 SSD's Phison module handles this, but chip-off cases require manual NAND dump assembly following Phison's page layout.
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Silicon Motion Controllers: Sudden Death Syndrome
Silicon Motion SM2259, SM2262, and SM2263 controllers (used in Crucial MX500, ADATA, Team Group, and many budget SSDs) are known for sudden complete failure without warning - the SSD transitions from working perfectly to completely dead in a single power cycle. Recovery typically requires chip-off extraction because the controller failure is catastrophic and non-repairable.
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SandForce Controllers: Compression Complications
Older SSDs using SandForce SF-2281 controllers (Kingston SSDNow, OCZ Vertex, many 2012-2016 era SSDs) used real-time data compression before writing to NAND. This means raw NAND dumps must be decompressed using SandForce's proprietary algorithm during chip-off recovery - without this decompression step, the recovered data appears as random noise.
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Apple T2 & M-Series: Soldered Encrypted Storage
MacBook Pro, MacBook Air, and Mac mini models from 2018 onward use Apple's T2 or M-series chips with soldered NAND storage that is hardware-encrypted to the specific security chip. MacBook data recovery for these models requires repairing the logic board at the component level to restore the original encryption chain - chip-off extraction alone cannot recover the data because the NAND contents are encrypted and the key is locked to the Apple silicon.
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QLC NAND Drives: Endurance-Related Failures
Budget SSDs using QLC (4 bits per cell) NAND - including Samsung 870 QVO, Crucial P3, and Intel QLC drives - store more data per cell at the cost of dramatically lower endurance. QLC cells endure roughly 500-1,000 write cycles versus 3,000+ for TLC. These drives fail earlier from cell degradation, and the narrower voltage margins make data reconstruction from degraded cells significantly more difficult during chip-off recovery.
Failure Types
How SSDs Fail, and How We Recover Them in Michigan
Controller failures are the most common SSD failure type we see from Michigan. The controller chip - which manages all communication between the NAND flash and the host computer - stops functioning, making the drive invisible to the system. Each controller manufacturer (Samsung, Phison, Silicon Motion, Marvell, Realtek) has distinctive failure modes and requires specific diagnostic tools and recovery techniques.
Firmware corruption is the second most prevalent issue. The SSD's internal operating code, stored in a reserved area of the NAND flash, becomes damaged during unexpected power events, failed updates, or due to internal software bugs. The drive may show wrong capacity, enter a busy state, or cycle between being detected and not detected. Michigan's weather - ice storms, thunderstorms, and temperature extremes - can cause the power instability that triggers these failures.
NAND degradation is a growing category as Michigan's installed SSD base ages. Flash memory cells have finite write endurance - TLC cells typically last 3,000-10,000 program-erase cycles, while QLC manages roughly 1,000. Engineering workstations, video editing systems, and database servers that write heavily to their SSDs reach these limits faster than typical consumer use. Once enough cells fail, the drive's error correction codes can no longer compensate, and data corruption or drive failure follows.
Electrical damage from power surges, faulty chargers, or component failure on the SSD's circuit board affects voltage regulators, capacitors, and potentially the controller and NAND chips. Component-level board repair can sometimes restore access directly; when board damage extends to the controller or NAND chips, chip-off recovery becomes necessary.
SSD Data Recovery Service by Manufacturer
We maintain controller-specific tooling and NAND reading capabilities for every major SSD manufacturer. Each brand uses different controllers, NAND architectures, and firmware implementations that require specialized knowledge for successful recovery.
- Most common in our lab
Samsung SSD Data Recovery
The most popular SSD brand globally and the most common in our lab. We recover data from the 860 EVO, 870 EVO, 870 QVO, 980, 980 PRO, 990 PRO, 990 EVO, T5, T7, and PM series enterprise drives. Samsung uses proprietary Elpis and Phoenix controllers with always-on AES-256 encryption, making controller failure recovery particularly challenging. Our PC-3000 SSD Samsung module can extract encryption metadata and reconstruct FTL tables specific to Samsung's firmware architecture. For catastrophic failures, our chip-off process preserves the encryption chain data needed to decrypt raw NAND contents.
Samsung Recovery Details - Silicon Motion controllers
Crucial / Micron SSD Data Recovery
We recover data from the Crucial MX500, BX500, P1, P2, P3, P3 Plus, P5 Plus, T500, and Micron enterprise drives (5300, 7300, 7400 series). Crucial consumer SSDs primarily use Silicon Motion controllers, which are prone to sudden death failure - working perfectly one moment and completely dead the next. The MX500 is one of our most frequently recovered SSDs. Micron enterprise drives use proprietary controllers with different firmware and recovery procedures. PC-3000 SSD has dedicated modules for both Silicon Motion and Micron controller architectures.
Crucial Recovery Details - WD & SanDisk NVMe
Western Digital SSD Data Recovery
We recover data from WD Blue SN570, SN580, WD Black SN770, SN850X, WD Green, WD Red SA500, My Passport SSD, and legacy SanDisk models (Ultra, Extreme, Extreme PRO, SSD Plus). Western Digital acquired SanDisk in 2016 and uses a mix of in-house and SanDisk-derived controllers. WD NVMe drives use proprietary controllers that require WD-specific PC-3000 SSD modules. SanDisk portable SSDs (Extreme, Extreme PRO) are popular for photography and videography - failures from drops and cable damage are common.
WD / SanDisk Recovery Details - Multiple third-party controllers
Kingston SSD Data Recovery
We recover data from Kingston A400, A2000, KC3000, NV1, NV2, FURY Renegade, and legacy HyperX models. Kingston uses a variety of third-party controllers - Phison, Silicon Motion, and historically SandForce - depending on the specific model and production run. This means the same model number can use different controllers in different batches, requiring careful identification before recovery. Our PC-3000 SSD platform covers all controller variants used across Kingston's lineup.
Kingston Recovery Details - PCIe / M.2 / U.2
NVMe & M.2 SSD Data Recovery
We provide M.2 SSD data recovery and NVMe data recovery for all solid state drives regardless of brand - M.2 2280, M.2 2230 (Steam Deck, Surface, compact laptops), and U.2 enterprise form factors. NVMe drives operate over the PCIe bus rather than SATA, requiring PCIe-specific diagnostic tools and interface hardware. Popular NVMe drives we recover include Samsung 980/990 PRO, WD Black SN850X, Sabrent Rocket, Corsair MP600, Kingston KC3000, SK Hynix P41, and Intel 670p/680p. NVMe failures from BIOS updates, secure erase gone wrong, and PCIe lane negotiation errors require specialized firmware-level intervention.
NVMe Recovery Details - Intel, SK Hynix, Sabrent & more
Other SSD Brands
We also recover data from Intel SSDs (660p, 670p, 680p, Optane, DC series), SK Hynix (P31 Gold, P41 Platinum), Sabrent (Rocket, Rocket Q, Rocket 4 Plus), Corsair (Force, MP series), ADATA (SU800, XPG), PNY, Team Group, Transcend, Lexar, and enterprise drives from Seagate (Nytro), Kioxia (Exceria), and HPE. Regardless of brand, every SSD recovery starts with identifying the specific controller and NAND configuration to determine the optimal recovery path.
By Manufacturer
SSD Brands We Recover in Michigan
We recover data from every SSD brand in use across Michigan. Samsung drives - the 860 EVO, 870 EVO, 970 EVO Plus, 980 Pro, 990 Pro - are the most frequently received brand. Samsung uses proprietary controllers (Elpis, Phoenix, MKX) and custom firmware that require dedicated vendor-specific tools for recovery. We maintain current tools and documentation for every Samsung SSD generation.
Crucial and Micron SSDs are widely deployed in Michigan's corporate and educational environments, particularly the MX500 for SATA and the P3/P5 Plus for NVMe workloads. Western Digital's lineup - Blue SN580, Black SN850X, Green SN350 - uses SanDisk-derived controllers. Kingston drives, especially the budget A400 and the NVMe NV2, are popular in Michigan's cost-conscious business and education sectors.
Beyond consumer brands, we handle Intel/Solidigm enterprise SSDs used in Michigan data centers, SK Hynix drives found in OEM laptops, Sabrent Rocket series popular among enthusiasts, and drives from PNY, Corsair, ADATA, Seagate, and Toshiba/KIOXIA. Apple's proprietary SSDs in MacBooks and iMacs - common across Michigan's creative, academic, and professional communities - require unique extraction procedures. Our lab has the controller-specific tools and NAND readers to work with every manufacturer on the market.
DIY Recovery vs. Professional SSD Data Recovery
If you're wondering how to recover data from a failed SSD, some scenarios can be handled at home with software while others require professional lab work. Unlike hard drives, there is no middle ground - if the SSD's controller or firmware has failed, no software can help.
Safe to Try at Home
Only attempt these if your SSD is still detected in BIOS and Disk Management, you accidentally deleted files or formatted the drive, or the file system shows as RAW. SMART status should show no critical errors.
- Try a different cable, port, or enclosure. M.2 adapters, USB enclosures, and SATA cables fail more often than SSDs. Test with a known-good connection before assuming the SSD is dead.
- Check BIOS/UEFI before booting the OS. If the SSD appears in BIOS but not in Windows, the issue may be a driver, partition, or file system problem - not hardware failure.
- Use read-only recovery software on a detected SSD. If the SSD is recognized, tools like R-Studio, PhotoRec, or Disk Drill can scan for recoverable files. Success depends heavily on whether TRIM has already erased deleted blocks.
- Check SMART data with CrystalDiskInfo. Look at "Percentage Used" (wear indicator), "Reallocated NAND Block Count," and "Uncorrectable Error Count." Rising errors mean the SSD is degrading - back up immediately.
Do Not Do This
- Do not run TRIM manually or use disk optimization. Windows "Optimize Drives" sends TRIM commands to SSDs, permanently erasing deleted file blocks. Disable automatic optimization on any SSD you're trying to recover data from.
- Do not attempt a firmware update on a failing SSD. Firmware updates on a degraded SSD frequently brick the drive completely, converting a potentially recoverable situation into a chip-off case that costs 2-3x more.
- Do not run Secure Erase or factory reset. These commands instruct the SSD controller to cryptographically erase the encryption key, rendering all NAND contents permanently unrecoverable - even with chip-off extraction.
- Do not continue using the SSD after data loss. SSDs don't just overwrite deleted data during new writes - they also run garbage collection and wear leveling in the background, which can destroy recoverable data even when you're not actively writing files.
Stop - Call a Professional
If your SSD is not detected in BIOS, shows wrong capacity (0MB, 8MB), is locked in read-only mode, was damaged by power surge, liquid, or physical impact, failed after a firmware update or secure erase, is from a MacBook with T2/M-series chip, or SMART reports high uncorrectable errors - no software can help. The failure is at the controller, firmware, or hardware level, and recovery requires specialized tools like PC-3000 SSD or physical chip-off extraction.
DIY vs Pro
Why DIY SSD Recovery Usually Fails
Before mailing your SSD from Michigan, try these basic diagnostic steps. Reseat the drive by removing and reinstalling it - for M.2 drives, unscrew the retaining screw and firmly reinsert the module. For 2.5-inch SATA drives, try a different SATA cable and port. Test the drive in a different computer if possible. Connection issues can mimic drive failure and take only minutes to rule out.
If the drive appears in BIOS but is not visible in your operating system, check Disk Management (Windows) or Disk Utility (macOS). The drive may have a corrupted partition table or damaged file system that recovery software could address - but only if the failure is logical, not hardware-related, and only if you work from a cloned image rather than the original drive.
Do not proceed further if the drive is invisible in BIOS, shows incorrect capacity, or causes system instability. These symptoms indicate hardware or firmware failure that software tools cannot resolve. Do not run chkdsk, attempt reformatting, or apply firmware updates to a failing SSD - each of these actions can overwrite data and reduce recovery chances. Power the drive off, package it carefully, and reach out to our lab for professional evaluation.
Critical Concept
TRIM and Why It Changes Everything About SSD Recovery
TRIM is the single most important factor that separates SSD data recovery from hard drive data recovery - and understanding it can save your data.
On a traditional hard drive, deleting a file only removes the pointer to it - the actual data remains on the platters until something new overwrites it. This is why hard drive data recovery after deletion is typically straightforward and successful.
SSDs work differently. Because flash memory must erase an entire block before it can write new data to any page within that block, SSDs use a background process called garbage collection to pre-erase blocks that no longer contain valid data. TRIM is the command that the operating system sends to the SSD telling it which blocks are no longer in use - giving the controller permission to erase them during idle time.
On Windows 7 and later, macOS 10.10.4 and later, and all modern Linux distributions, TRIM is enabled by default. When you delete a file, the OS sends a TRIM command within seconds to minutes. Once the SSD's controller executes that TRIM command and garbage collection erases the blocks, the data is permanently and irrecoverably gone - no software, no chip-off extraction, and no lab in the world can recover it.
Hard drive
Deleted data lingers on the platters until overwritten - recovery after deletion is usually straightforward.
Solid state drive
TRIM tells the controller which blocks to pre-erase during idle time - so deleted data can vanish in seconds.
SSD Data Recovery vs. Hard Drive Data Recovery
Solid state drives and hard drives fail in fundamentally different ways, require different tools, and have different recovery success factors. Here's what you need to know.
Hard Drive Recovery
- Storage medium
- Magnetic platters with mechanical read/write heads. Data persists magnetically regardless of power state.
- Common failures
- Clicking heads, seized motors, scratched platters, PCB damage. Failures are audible and progressive.
- Recovery approach
- Physical component replacement (head swaps, motor transplants) on a clean bench, then sector-level imaging with PC-3000.
- Deleted file recovery
- Highly successful - data remains on platters until physically overwritten by new data. No TRIM equivalent exists.
- Encryption
- Rarely hardware-encrypted (except WD My Passport). Most drives store data unencrypted on platters.
SSD Recovery
- Storage medium
- NAND flash memory chips with electronic controller. Data is stored as trapped electrical charges.
- Common failures
- Controller death, firmware corruption, NAND wear-out, power surge damage. Failures are silent and often instantaneous.
- Recovery approach
- Firmware repair via PC-3000 SSD, or chip-off NAND extraction where chips are physically desoldered and read on dedicated hardware.
- Deleted file recovery
- Challenging - TRIM erases deleted blocks within seconds to minutes. Recovery success depends entirely on whether TRIM has executed.
- Encryption
- Almost always hardware-encrypted. AES-256 is standard on modern SSDs, complicating any recovery that bypasses the controller.
Free insured shipping from Michigan - $100 diagnostic - no data, no charge.
Warning Signs
Early Signs Your SSD Is Failing
The single most important step after recognizing SSD failure is to power the drive down immediately. Every second a failing SSD remains powered on, the controller may execute TRIM commands, perform garbage collection, or attempt error recovery routines that overwrite the data you need. Unplug the computer, remove the SSD if you are able to, and do not reconnect it until ready to ship it to our lab.
Do not run any disk repair utilities - chkdsk, Windows disk repair, macOS First Aid - on a failing SSD. These tools assume the storage hardware is functional and attempt to fix file system structures by writing to the drive. On a failing SSD, this writing can overwrite recoverable data or trigger controller behaviors that worsen the situation.
Avoid taking the drive to a general PC repair shop in Detroit, Grand Rapids, Ann Arbor, or elsewhere in Michigan for SSD recovery. Standard IT shops handle software problems and hardware replacements but lack the firmware-level tools and NAND chip readers required for real SSD data recovery. Untrained recovery attempts - including running consumer recovery software directly on a failing drive - can turn a recoverable situation into a permanent one.
Prevention
How to Prevent SSD Data Loss
Consistent backups are the most effective protection against SSD data loss. Michigan businesses should implement automated backup to both local storage (NAS, backup server) and a cloud destination. The 3-2-1 strategy - three copies of your data, on two different media types, with one copy off-site - ensures that no single failure eliminates your data permanently.
UPS battery backup is essential for any system with an SSD. Power instability - whether from Michigan's severe thunderstorms, ice storms taking down lines, or simply an aging building's electrical system - is a leading cause of SSD firmware corruption. A basic UPS costing under $100 provides enough runtime to save your work and shut down gracefully during an outage.
Monitor your SSD's health data through manufacturer utilities (Samsung Magician, Crucial Storage Executive, WD Dashboard) or CrystalDiskInfo. Track the Total Bytes Written figure against the drive's rated endurance, watch for increasing reallocated sector counts, and note any decline in remaining spare block percentages. Replacing a drive preemptively based on SMART health indicators costs far less than emergency data recovery after failure.
Supported SSD Types & Form Factors
We recover data from every SSD form factor, interface, and protocol used in consumer and enterprise environments.
SATA SSDs (2.5-inch)
- Samsung
- 860 EVO, 860 PRO, 870 EVO, 870 QVO, 850 EVO, 850 PRO, 840 EVO, 840 PRO.
- Crucial / Micron
- MX500, BX500, MX300, MX200, M550, Micron 5300, 5400 enterprise series.
- Western Digital / SanDisk
- WD Blue SATA, WD Green, WD Red SA500, SanDisk SSD Plus, Ultra 3D, SanDisk X600.
- Kingston
- A400, KC600, UV500, HyperX Savage, HyperX Fury.
- Other SATA
- Intel 545s, ADATA SU800, PNY CS900, Transcend SSD230, Team Group, Lexar NS100.
NVMe & M.2 SSD Data Recovery
- Samsung NVMe
- 980, 980 PRO, 990 PRO, 990 EVO, 970 EVO Plus, 970 PRO, 960 EVO, PM9A1.
- Western Digital NVMe
- WD Black SN770, SN850X, SN770M (2230), WD Blue SN570, SN580, SN5000.
- Crucial NVMe
- P5 Plus, P3, P3 Plus, T500, T700, P2.
- Other NVMe
- Kingston KC3000, NV2, SK Hynix P41 Platinum, Sabrent Rocket, Corsair MP600, Intel 670p/680p, ADATA XPG.
External & Portable SSD Data Recovery
- Samsung Portable
- T5, T7, T7 Shield, T7 Touch, T9.
- SanDisk / WD Portable
- Extreme Portable SSD, Extreme PRO Portable, WD My Passport SSD.
- Apple / MacBook SSDs
- Apple proprietary SSD modules, T2/M-series integrated storage. MacBook recovery details
- M.2 2230 (Compact)
- Steam Deck, Microsoft Surface, Framework Laptop, Dell XPS compact SSDs - WD SN740, SN770M, Kioxia BG5.
- Gaming Console SSDs
- PS5 internal SSD, PS5 expansion NVMe, Xbox Series X/S internal storage, Steam Deck M.2 2230 SSD. We recover save files, game data, screenshots, and video captures from gaming console SSDs.
- Enterprise & Server SSDs
- Micron 5300/5400/7300/7400, Samsung PM series, Intel DC/Optane, Seagate Nytro, Kioxia PM6/PM7, HPE enterprise SSDs. We also handle SSD RAID arrays from servers and NAS devices.
- mSATA
- Legacy mSATA drives from older ultrabooks and embedded systems - Samsung 850 EVO mSATA, Crucial M500 mSATA, Intel 525.
Portable SSDs use the same NAND and controllers as internal models, just packaged in an external enclosure with a USB bridge chip. Sometimes the USB enclosure fails while the internal SSD is fine - we test for this during diagnostics before recommending a full recovery.
Real SSD Recovery Cases
Every recovery we perform is documented from intake through data delivery. Here are representative cases that illustrate the range of SSD failures we handle and the recovery methods we use.
- 100% recovered
Samsung 870 EVO 1TB Controller Death
- Symptoms
- SSD stopped being detected overnight. Not visible in BIOS, Device Manager, or Disk Management. No prior warning signs - was working normally the day before.
- Diagnosis
- Samsung Elpis controller failed completely. PCB power rails and NAND chips tested healthy. Controller unable to initialize, preventing any access to the Flash Translation Layer and stored data.
- Recovery
- Performed chip-off extraction: desoldered four Samsung NAND packages using BGA rework station, read each chip on a dedicated NAND reader, extracted Samsung encryption metadata from controller secure storage area, decrypted and reassembled raw dumps using Samsung-specific FTL reconstruction algorithms.
- Result
- Complete recovery - all files, folders, and directory structure intact. Over 800GB of client photography work recovered.
- 98.4% recovered
WD Black SN850X 2TB Power Surge Damage
- Symptoms
- Lightning strike caused power surge through gaming PC. SSD completely dead - not detected in BIOS. Visible burn marks on the M.2 connector end of the PCB.
- Diagnosis
- Surge destroyed voltage regulator ICs and the WD proprietary NVMe controller. NAND packages tested intact - flash cells retained their charge states. Encryption key located in controller OTP (one-time programmable) area needed extraction.
- Recovery
- Chip-off extraction of BiCS5 NAND packages. Recovered encryption key material from damaged controller using microprobe techniques. Decrypted and reconstructed 2TB of data from raw NAND dumps with WD-specific page layout and interleaving algorithms.
- Result
- 98.4% recovery - game saves, personal documents, and 400GB of video recordings. Minor file loss in sectors where NAND had marginal pre-existing wear.
- 100% recovered
Crucial MX500 500GB Firmware Corruption, 0MB Capacity
- Symptoms
- SSD detected in BIOS but reported 0MB capacity. Disk Management showed an uninitialized disk with 0 bytes. Customer had experienced an unexpected shutdown the previous day.
- Diagnosis
- Power loss during FTL metadata update corrupted the Silicon Motion SM2259 controller's mapping tables. The controller reverted to a factory-like state, losing all knowledge of where data was stored across the NAND.
- Recovery
- Used PC-3000 SSD Silicon Motion module to enter vendor mode, extracted raw FTL metadata from NAND system pages, rebuilt the translation table, and restored proper drive initialization. Full imaging completed without chip-off.
- Result
- 100% recovery - all data including 300GB of RAW photography files with intact directory structure.
- 100% recovered
Samsung 980 PRO 2TB Encryption Key Recovery
- Symptoms
- NVMe SSD intermittently disappeared from system, then stopped being detected entirely. Video editing workstation with active client projects and no recent backup.
- Diagnosis
- Samsung Elpis controller experiencing progressive failure - DRAM cache interface degrading. Controller entered safe mode but could not maintain stable communication. Hardware AES-256 encryption meant NAND contents were encrypted to this specific controller's key.
- Recovery
- Stabilized controller communication using PC-3000 SSD in safe mode at reduced clock speeds. Extracted encryption key material and FTL tables before controller failed completely. Completed full NAND image through the controller path, preserving encryption chain. No chip-off needed.
- Result
- 100% recovery - 1.8TB of 4K ProRes video footage, After Effects project files, and client deliverables. All file permissions and metadata preserved.
- 100% recovered
Kingston A2000 1TB Failed BIOS Update Brick
- Symptoms
- Customer attempted a firmware update through Kingston SSD Manager that interrupted during write. SSD became completely unresponsive - not detected by any system.
- Diagnosis
- Interrupted firmware write corrupted the Phison E12 controller's boot ROM. Controller unable to initialize, stuck in a pre-boot failure state. NAND contents intact but controller firmware partially overwritten.
- Recovery
- Used PC-3000 SSD Phison module to force the controller into factory mode, reflashed a clean firmware build matching the original version, then rebuilt FTL tables from NAND metadata. Controller restored to functional state with original data intact.
- Result
- 100% recovery - Windows installation, applications, documents, and game library fully intact with original folder structure.
- 100% recovered
SanDisk Extreme PRO Portable SSD Drop + USB Failure
- Symptoms
- Photographer dropped portable SSD on concrete at a wedding venue. USB-C connector physically damaged, SSD not detected on any computer or cable.
- Diagnosis
- Impact damaged the USB-C bridge board and cracked solder joints connecting the bridge chip to the internal NVMe SSD module. Internal NVMe SSD and NAND chips tested healthy - only the interface circuitry was damaged.
- Recovery
- Bypassed the damaged USB bridge entirely by removing the internal M.2 NVMe module and connecting it directly to PC-3000 SSD via a standard M.2 interface. Full imaging completed at native NVMe speeds.
- Result
- 100% recovery - 1.2TB of wedding photos (RAW + JPEG) with complete folder structure and metadata. Delivered same week due to straightforward interface bypass.
How to Prevent SSD Data Loss
SSDs are reliable, but they are not invincible. These practices significantly reduce your risk of catastrophic data loss from SSD failure.
-
Use a UPS or Surge Protector
Power surges and unexpected shutdowns are the leading cause of SSD firmware corruption. A UPS (uninterruptible power supply) protects against both - and allows your SSD's power loss protection capacitors to safely flush cached data during a power event.
-
Follow the 3-2-1 Backup Rule
Maintain three copies of important data on two different media types with one copy offsite. SSDs make excellent primary drives but should never be your only copy - controller failures are instantaneous and unpredictable. Use an external hard drive or cloud backup as your second copy.
-
Monitor SMART Health Data
Check your SSD's SMART data monthly using CrystalDiskInfo (Windows) or DriveDx (Mac). Watch "Percentage Used" (should be well under 100%), "Reallocated NAND Block Count" (should be low or zero), and "Available Spare" (should be above threshold). Replace the SSD when wear indicators approach their limits. Our guide to checking drive health covers SSD-specific SMART attributes in detail.
-
Keep Firmware Updated (Carefully)
Manufacturer firmware updates fix bugs and improve reliability - but only apply them when your system is stable and on reliable power. Never update firmware during a storm, on battery power, or on an SSD showing health warnings. A failed firmware update is one of the most common causes of complete SSD brick.
-
Don't Fill Your SSD Past 80%
SSDs need free space for wear leveling, garbage collection, and overprovisioning. Running an SSD at near-full capacity forces the controller to work harder, accelerates NAND wear, and increases the risk of FTL table corruption. Keep at least 15-20% of capacity free at all times.
-
Avoid Cheap Power Supplies & USB Hubs
Low-quality power supplies deliver dirty power with voltage spikes that damage SSD controllers over time. Budget USB hubs can also cause voltage irregularities for portable SSDs. Use a reputable PSU rated for your system's wattage and powered USB hubs for external SSDs.
Already experiencing symptoms? Call 732-933-7717 or get a free quote.
Coverage
SSD Data Recovery Cities in Michigan
MDRepairs serves Michigan customers through our secure mail-in program with free prepaid insured shipping both ways from anywhere in MI.
28 cities served
N
FAQ
SSD Data Recovery FAQ - Michigan
How do I ship my SSD from Michigan?
Place your SSD in an anti-static bag, wrap it in bubble wrap, and ship via USPS Priority Mail to 644 Newman Springs Road, Suite A, Lincroft, NJ 07738. Transit from Michigan takes 2-3 business days. Include your contact info and a description of the problem.How much does SSD data recovery cost?
Pricing depends on the failure type and complexity. We provide a no-obligation quote after diagnostic evaluation. If recovery is not possible, you pay nothing. Visit our pricing page for general ranges.What is the turnaround time?
Standard turnaround is 3-7 business days from drive receipt. Including shipping from Michigan, total time is roughly 7-12 business days. Rush service is available for time-critical cases, completing in 1-3 business days.Can you recover data from a drive not detected in BIOS?
Yes. This is typically a controller or firmware failure. The NAND flash data remains intact in most cases, and we use vendor-specific tools to bypass the failed controller and access the data directly.Do you work with all SSD brands?
Yes. We recover Samsung, Crucial, Western Digital, Kingston, Intel, SK Hynix, Sabrent, PNY, Corsair, ADATA, Seagate, Apple proprietary, and every other SSD brand on the market.Is my data secure during recovery?
Absolutely. Your drive is tracked by case number, stored securely, and only accessed by the assigned technician. All working copies are wiped after you confirm receipt of recovered data.Can you recover an SSD that went through a power surge?
In most cases, yes. Power surges typically damage voltage regulators and sometimes the controller chip. If the NAND flash chips survived, data recovery is usually possible through board repair or chip-off extraction.Do you recover M.2 NVMe drives?
Yes. We recover all M.2 NVMe SSDs including Samsung 970/980/990 series, WD Black, Crucial P3/P5, Kingston NV2, Sabrent Rocket, and all other NVMe drives. We have the specialized interface hardware for NVMe protocols.Can TRIM erase my recoverable data?
Yes. TRIM commands tell the SSD to erase blocks that are no longer in use. Once executed, those blocks are zeroed and unrecoverable. Power down the drive immediately after data loss to prevent TRIM from running on the data you need.What causes SSD firmware corruption?
The most common cause is unexpected power loss during a write operation. This can corrupt the Flash Translation Layer, service area, or other firmware components, leaving the drive unable to initialize properly. Power surges, failed firmware updates, and internal bugs are other causes.Should I try recovery software before contacting you?
Only if the SSD is fully detected by your operating system and the problem is accidental file deletion or minor file system damage. If the drive is not detected, shows wrong capacity, or causes system instability, software will not help and may cause further damage.Can you recover data from an Apple MacBook SSD?
Yes. Apple uses proprietary SSD modules that require specialized connectors and techniques. We handle all MacBook and iMac SSD formats including newer models with soldered storage chips.What should I do if my SSD is getting very slow?
Declining SSD performance can indicate NAND wear or approaching failure. Back up all accessible data immediately. Check SMART health data using CrystalDiskInfo or the manufacturer's utility. If the drive is near its write endurance limit, replace it and contact us if data has already become inaccessible.Do you handle enterprise SSDs?
Yes. We recover data from enterprise drives including Intel/Solidigm, Samsung PM series, Micron enterprise, and SK Hynix datacenter SSDs. Enterprise drives use different firmware and NAND configurations than consumer models, and our tools cover both.How is recovered data returned?
We transfer recovered files to a new external hard drive and ship it back via insured carrier with tracking. A prepaid return label is included with every recovery.No question matches that - it's probably faster to just ask us: (732) 933-7717 or .
Resources SSD Recovery Guides & Resources
Educational resources to help you understand SSD data recovery, make informed decisions, and protect your data.
How to Recover Data From an SSD
Our complete guide to SSD data recovery covers the differences between logical, firmware, and physical SSD failures, what recovery methods apply to each, when DIY software can help versus when professional lab work is required, and how TRIM affects your recovery chances. We explain the chip-off extraction process, controller-specific recovery approaches for Samsung, Phison, and Silicon Motion architectures, and how to maximize your recovery odds before shipping your SSD to a lab.
Recovering Data From a Dead SSD
When your SSD is completely undetected - not visible in BIOS, Disk Management, or any computer - it doesn't mean your data is gone. Our dead SSD recovery guide explains why most dead SSDs have failed at the controller or PCB level while NAND chips remain intact, what recovery methods are used (PC-3000 SSD firmware repair vs. chip-off extraction), how encryption affects dead SSD recovery, and what to do (and not do) before sending your SSD to a professional lab.
SSD Data Recovery Cost Guide
Our detailed SSD data recovery cost breakdown covers pricing for every failure type - logical recovery ($300 - $800), firmware and controller repair ($799 - $1,500), and chip-off NAND extraction ($999 - $2,500). We compare SSD recovery costs to hard drive, phone, and other device recovery, explain what factors affect pricing, and detail our diagnostic process so you understand exactly what you're paying for.
NVMe SSD Data Recovery
NVMe SSDs use the PCIe bus rather than SATA, requiring different diagnostic interfaces and controller-specific knowledge. Our NVMe SSD data recovery page covers M.2 2280, M.2 2230 (compact form factor used in Steam Deck, Surface, and Dell XPS), and U.2 enterprise drives. We explain NVMe-specific failure modes including PCIe lane negotiation errors, thermal throttling failures, and BIOS update bricks that are unique to the NVMe protocol.
Partnership Program for IT Professionals
If you manage IT infrastructure or run a technology services business, our partnership program offers priority scheduling, volume pricing, and dedicated account management for SSD data recovery cases. As SSDs replace hard drives in business environments, SSD failures are becoming the most common recovery request from MSPs and IT departments. We handle the specialized controller diagnostics, chip-off extraction, and encrypted SSD recovery that most IT shops cannot perform in-house.
About MDRepairs
MDRepairs is a specialized data recovery lab based in Lincroft, New Jersey, serving customers nationwide through our free insured mail-in program. Our lab is equipped with ACE Laboratory PC-3000 (HDD and SSD modules), chip-off NAND extraction and reading equipment, a BGA rework station, and controller-specific firmware tools for Samsung, Phison, Silicon Motion, Marvell, SanDisk/WD, and Intel architectures. Every recovery is documented on camera and published on our YouTube channel with over 2 million subscribers - providing full transparency into our process, equipment, and results.
Can You Recover Deleted Files From an SSD?
Usually not. Our guide on recovering deleted files from an SSD explains how TRIM permanently erases deleted data within seconds, why this makes SSD deletion recovery fundamentally different from hard drive deletion recovery, and the rare exceptions where recovery might still work.
Other Data Recovery Services
Beyond SSD data recovery, MDRepairs provides professional data recovery services for a wide range of devices. We offer hard drive data recovery, NVMe SSD recovery, iPhone data recovery, Samsung Galaxy data recovery, cell phone data recovery for all brands, flash drive and USB recovery, SD card recovery, laptop data recovery, MacBook data recovery, iPad data recovery, and iPod data recovery.
Ready to recover your SSD data?
SSD Recovery Guides & Resources
Michigan residents dealing with SSD failure should start by identifying symptoms. A drive invisible to BIOS requires professional lab recovery - no software can help. A drive visible in BIOS but inaccessible in the OS may have file system corruption recoverable through imaging and software tools, but only if TRIM has not cleared the data. For shipping instructions, visit our mail-in page. For cost estimates, see our pricing page. Technical details on SSD failure types and recovery techniques are on our main SSD data recovery page. Call 732-933-7717 for a preliminary assessment of your situation.
Related ServicesMore Data Recovery Services in Michigan
MDrepairs offers professional data recovery for all device types. We serve Michigan through our secure, insured mail-in program with free shipping both ways.
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Start with a $100 diagnostic and our no data, no charge guarantee. Free insured shipping both ways for Michigan customers.
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Real devices, real outcomes. Details generalized for customer privacy.
LABIN SESSION Recovery in progress on the bench
Drives arrive from all 50 states
the queue moves every day
PHNRECOVERY➤ FROM MI Phone dropped in sink full of water
dropped, not spinning up
data recovered
Read this case →LABINTAKE➤ FROM MI Toshiba - HDTC605XK3A1 - 500GB
recovery requested
added to the engineer's queue
LABRECOVERY WD My Book Data Recovery
recovered
Data recovered
LABINTAKE➤ FROM NY Seagate - Seagate Mobile HDD / ST1000LM035 - 1 TB
recovery requested
added to the engineer's queue
LABRECOVERY PS5
Dropped. Beeping and turns on but does not display on screen. Module c
Data recovered
PHNRECOVERY iPhone 4 water damage and data recovery
water damage
data recovered
Read this case →LABINTAKE Seagate - ST2000DM001 - 2 TB
recovery requested
added to the engineer's queue
LABINTAKE PNY - CS900 SSD - 2TB
recovery requested
added to the engineer's queue
LABINTAKE iPhone 8 Home Button Triple Clicking
on the bench
currently being worked on
LABINTAKE Hystar Laptop
Doesn't turn on. gets very hot. keyboard glows. No water damage. uses
added to the engineer's queue
LABINTAKE➤ FROM MD sandisk - 256
recovery requested
added to the engineer's queue
HDDRECOVERY➤ FROM AL External Hard Drive Dropped and Now Making Noise
dropped, not spinning up
data recovered
Read this case →LABINTAKE Seagate - SRD0NF1 - 4TB
recovery requested
added to the engineer's queue
LABINTAKE➤ FROM NH Seagate - ST2000LM007 - 2TB
recovery requested
added to the engineer's queue
LABIN QUEUE Next spot in the queue
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