Recover-SSD.com repairs and recovers data from every type of solid-state drive — SATA, M.2, PCIe, NVMe, mSATA, and soldered-in drives — for customers worldwide. Every case begins with a free evaluation, and recovery fees apply only when data is actually retrieved. Founded in 2011, the company works exclusively on solid-state storage.
Solid-state drives fail differently than spinning hard drives. There are no motors or moving heads — instead, data lives on NAND memory chips managed by a controller and firmware. When something goes wrong, it's usually electronic, logical, or firmware-related, and the wrong first move can put your files permanently out of reach. This page covers every SSD repair and recovery service we offer, how each type of failure is handled, and what to expect from the process. If your situation doesn't fit neatly into a category below, call 714-225-9700 — a real engineer will talk it through with you.
When a computer stops detecting an SSD, the cause is usually failed firmware, a damaged controller, or degraded power circuitry — not the memory chips that actually hold your data. Because the data typically survives, a drive invisible to BIOS or Disk Management is very often fully recoverable with the right equipment.
A drive that vanishes from your system is the single most common problem we see. Professional SSD repair starts with isolating the true cause: a failing controller chip, corrupted firmware, a degraded capacitor, or simply a bad connection. Our engineers work directly with the drive's electronics — bypassing the failed component when needed — to reach the NAND chips where your files still live. If your new or existing drive isn't appearing, stop writing anything to the system and start a case or call us before trying software tools, which can make electronic failures worse.
SSDs most often fail from power events, firmware corruption during interrupted updates, controller failure, or worn-out memory cells after years of heavy writing. A completely unresponsive drive usually still holds intact data — the failure is in the components that manage access to it, not the storage itself.
Capacitors swell during power outages. Power supplies overload. Firmware updates get interrupted halfway through and leave the drive unable to start. Memory cells wear out after enough write cycles. Each of these produces the same symptom — a drive that won't respond — but each requires a different SSD repair path, which is why our first step is always diagnosis, never a generic fix. We receive failed drives from all over the world, restore access to the stored data, and return your files either digitally or on a brand new storage drive once retrieval is complete.
Deleting a file from an SSD removes the pointer to the data, not the data itself — the original content remains in the memory cells until new writes replace it. Acting quickly, and keeping the drive powered down, preserves the best chance of getting deleted files back intact.
When you delete a file, the drive marks that space as available — but the actual data stays put until something overwrites it. Our engineers bypass the missing pointers and read the underlying content directly, reconstructing files from the raw data on the memory chips. The most important thing you can do: stop using the drive immediately. Every download, update, and even routine background activity risks writing over exactly the data you want back. This applies to accidental deletions, emptied recycle bins, and files lost during transfers.
Data often survives an accidental format, especially a quick format, which rewrites the drive's file table rather than the files themselves. Success depends on the format type and how much the drive was used afterward — which is why we ask customers to stop using a formatted drive immediately.
Accidental formatting is one of the most common scenarios we handle. A quick format erases the index that tells the computer where files live — but most of the files themselves remain. A full format is more destructive, but recovery is still frequently possible. The moment you realize a drive was formatted in error: no file transfers, no software installs, no "recovery apps." Modern drives run background cleanup routines that permanently clear space marked as empty, so time and continued use both work against you. We also handle drives with older file systems (FAT/FAT16) that current versions of Windows no longer recognize.
TRIM is a command that tells an SSD to permanently wipe memory cells holding deleted data, keeping the drive fast. It's also why deleted-file recovery on SSDs is more time-sensitive than on hard drives — once TRIM clears a cell, its previous contents are gone for good.
Modern operating systems send the TRIM command automatically to keep solid-state drives performing well. The trade-off: space a hard drive would leave untouched for months gets actively erased on an SSD. This is the honest reality of deleted-file cases — some data may already be cleared before the drive reaches us. What works in your favor: TRIM doesn't run instantly or completely, drives that fail or disconnect stop processing it, and files lost to corruption or drive failure (rather than deletion) aren't touched by TRIM at all. Our evaluation tells you exactly what's recoverable before you spend anything.
Corruption usually traces to power surges, failing memory cells, interrupted writes, or malware — and it tends to worsen with continued use. A corrupted drive that still partially works should be powered down and evaluated, not repaired with consumer software, which writes to the drive and can deepen the damage.
Read-only errors, files that vanish, folders that won't open, a system that freezes when you reach for large files — these are the signatures of a damaged or corrupted drive. The underlying causes vary: an incompatible power adapter, a surge during a storm, bad blocks accumulating past the point the drive can manage them. SSD repair work on a corrupted drive begins with a complete working image of the drive, and recovery is then performed on the image — so nothing we do can make your original drive worse. That image-first discipline is standard for every corruption case we take.
SSDs damaged by water, impact, or electrical events are recoverable in most cases because the NAND memory chips are far more resilient than the circuit board around them. Recovery involves board-level repair — or reading the memory chips directly when the board is beyond saving.
Drives come to us after floods, saltwater exposure, hurricanes, drops, and lightning storms. Corrosion attacks the circuit board and connectors first; the memory chips themselves frequently survive intact. Our lab performs board-level SSD repair — microscopic circuit work and component replacement — and — when a board can't be saved — chip-off work: removing the NAND chips and reading them directly on specialized equipment. Data extracted this way comes off scrambled by the controller's storage patterns, and our engineers reconstruct it back into your original files. Don't attempt to power on a water-damaged drive; that's when survivable damage becomes permanent.
Apple's storage — from removable MacBook Air modules to Fusion Drives to soldered-in chips on newer machines — uses proprietary formats and connectors that standard recovery tools can't handle. Recover-SSD works on Apple solid-state storage across all generations, including drives from machines that no longer power on.
Apple has used a parade of custom storage designs: proprietary module connectors, Fusion Drives that pair flash storage with a hard drive, and storage soldered directly to the logic board in recent MacBooks. Off-the-shelf software rarely helps, and generic labs often decline these jobs. We recover photos, documents, and full user folders from MacBook Air and MacBook Pro storage, catalog and journal corruption cases, accidentally erased volumes, and machines that died entirely with the data still inside.
M.2 is the small stick-shaped drive format used in most modern laptops; NVMe is the high-speed protocol many of them run. Their compact design packs controller, firmware, and memory onto one small board, which makes professional SSD repair more delicate — and DIY fixes riskier — than on older drives.
These compact drives are now the default in laptops and gaming systems, with capacities up to 2TB and beyond. When they fail, everything is concentrated on one small board — there's no ribbon cable to reseat or enclosure to swap. We handle the full range: drives no longer recognized by the motherboard, firmware failures, overheating damage (common in cramped laptop builds without proper heat management), and physically damaged boards. If your machine uses one of these drives, avoid repeated reboot attempts — each power cycle on a failing drive is another chance for the failure to spread.
SSD repair and recovery methods differ meaningfully by manufacturer because each brand pairs different controllers and firmware with its memory chips. Recover-SSD works across all major brands — Samsung, Intel, Kingston, ADATA, Western Digital, Crucial, SanDisk, and the rest — including drives with built-in hardware encryption.
A Samsung drive and a Kingston drive with identical symptoms can require completely different SSD repair paths, because what matters is the controller and firmware inside. Our lab maintains the equipment and reference data to work across manufacturers, including self-encrypting drives that store everything in encrypted form by default. External solid-state drives and portable USB models are covered too — the electronics inside are the same family of technology, wrapped in a different case.
When solid-state drives run together in a RAID array, data is striped across multiple drives — so recovering files means reading every member drive and rebuilding the array's structure, not fixing one disk. Recover-SSD handles failed arrays from servers, NAS units, and workstations, including arrays where more than one drive has failed.
Businesses increasingly run their servers and network storage on solid-state arrays, and array failures are a different problem from single-drive failures. One dead drive can often be absorbed by the array's redundancy; a second failure, a controller fault, or a botched rebuild can take the whole volume down. Our engineers image every member drive individually, work out the array's original layout — stripe order, block size, parity arrangement — and reassemble the file system from the images. If your array has failed, the single most important rule: do not attempt a rebuild. A rebuild gone wrong writes over the data across every drive at once, and it's the most common way a recoverable array becomes a lost one.
Some solid-state storage can't be removed from the device at all — the memory is a single sealed component or soldered straight to the board. Chip-off recovery removes the memory chips under a microscope and reads them on dedicated equipment, then rebuilds the scrambled raw data into your original files.
This is the deep end of our lab work, and it's a core specialty. Thin laptops, tablets, and compact devices increasingly build storage as monolithic components — a single sealed chip containing memory and controller together — or solder the memory permanently to the main board. When one of these fails, there's nothing to unplug and no standard connector to attach to. Our engineers desolder or directly access the memory under microscope, read the raw contents on specialized chip readers, and then do the hard part: the raw data comes off scrambled by the controller's storage patterns and error-correction coding, and it has to be algorithmically reconstructed back into a readable file system. Most labs don't offer this level of SSD repair work; it's a large part of why difficult cases get referred to us.
Most solid-state drives give warnings before they quit: transfers slowing down, freezes when opening large files, files disappearing, read errors, or a system that suddenly won't boot. Backing up at the first symptom — and powering down at the second — preserves the most data at the least cost.
Drives rarely fail without notice. The typical sequence: file transfers get slower, the machine hesitates or freezes on large files, error messages appear about the file system needing repair, and eventually the drive drops out of the system entirely. Some drives display explicit end-of-life alerts — never ignore those. If you're seeing early symptoms, back up immediately while the drive still responds. If the drive has already started disappearing or throwing errors, stop using it and have an SSD repair professional evaluate it; every additional hour of use on a failing drive erodes what's recoverable.
Every SSD repair and recovery case follows the same four steps, with no surprises:
You pay recovery fees only when data is actually recovered. Full pricing detail, including download and return-drive options, is on our pricing page.
We've worked exclusively on solid-state storage since 2011 — SSD repair and data retrieval is the entire business, not a side service next to hard drives and phones. That focus matters: solid-state failures are electronic and firmware-driven, and a lab that lives in this territory every day builds the equipment, reference libraries, and judgment that general-purpose shops don't. Cases arrive from across the U.S. and around the world. Las Vegas locals can drop off in person by appointment with a case number. Representatives are available around the clock at 714-225-9700.
A few honest recommendations from our SSD repair engineers, whether or not you ever send us a drive: keep a real backup routine — solid-state drives fail with less warning than hard drives; use a surge protector, since power events are a leading killer of drive electronics; pay attention to early symptoms like slowing transfers, freezes on large files, and read errors — drives usually warn you before they quit; and when a drive starts failing, stop using it. Continued use is the most common way recoverable situations become unrecoverable.
Yes, in most cases. A drive invisible to your computer has usually suffered controller or firmware failure — the chips storing your data typically remain intact. Recovery equipment reads those chips directly, without needing the drive to function normally.
Consumer recovery software is risky on solid-state drives: it writes to the drive as it works, which can overwrite the very files you're trying to save and worsen electronic failures. For data that matters, a professional evaluation before any software attempt is the safer order of operations.
Every case starts with a free evaluation and an exact verbal quote before work begins — you pay recovery fees only if data is actually recovered. Straightforward SSD repair cases fall into our basic tier; complex lab work is quoted individually after diagnosis. See the pricing page for current figures.
Yes — drives that have been through a previous recovery attempt, whether by another lab or a do-it-yourself effort, are accepted and evaluated the same way as any other case. Be upfront about what was already tried; knowing the drive's history helps our engineers choose the safest path to your data.
No. Every minute of continued use gives the system chances to write new data over your deleted files, and background cleanup on solid-state drives actively clears deleted space. Shut the machine down, or at minimum stop saving anything to that drive, until the recovery is done.
Standard turnaround runs 2–3 days from the day your device arrives at our lab. A rush service is available that moves your case to the front of the queue, with work continuing until your data is retrieved or confirmed unrecoverable.
No — water-damaged drives are recovered regularly, including saltwater cases. The memory chips that hold your data usually survive even when the circuit board corrodes. The critical rule: don't power the drive on. Send it in as-is, and let the lab handle drying and repair.
Yes. Customers worldwide ship drives to our Las Vegas lab, and recovered files return either digitally or on a new storage drive by international mail. The free-evaluation and pay-only-for-recovered-data terms are the same regardless of where you're shipping from.
