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Pegasus
AI-Driven Optical Receiving 
Atheris
Automated Label Removal 
Hydra
Automated In-Line Cleaning 
OptiM
Mobile Cosmetic Grading 
OptiX
Laptop Exterior Grading 
OptiY
Laptop Interior Grading 
OptiZ
Complex Device Grading 
Proteus
Enterprise Drive Erasure 
Rackwipe
In-Rack Data Erasure 
Phoenix
Bench-Scale Memory Diagnostics 
Maya
Fast NAND Testing 
Bujang
Production-Line DRAM Screening 
Nest
Mobile Device Initialization 
Revolution
Full-Functional Device Testing 
Titan
Automated CPE Testing 
ICT Tester
Circuit-Board Testing 
The PSUT
Power Supply Testing 
RCU Tester
Remote Control Testing Company
Explore ReconextCompany
Hydra cleans every device through dry, wet, and air stages on a continuous conveyor, reaching the seams and connectors hand cleaning misses, at up to 600 units an hour.
600
Units per hour at full speed
Typically 250, versus 60 by hand
4x
More units than manual cleaning
On average
3
Cleaning stages
Dry, wet, and air
360°
High-force airflow
From 12 air guns
In refurbishment, the grade sets the resale price, and small cosmetic issues can drop a working device a grade. At scale, those differences add up.
Hydra applies the same multi-stage clean to every device, including the areas that are easy to miss, so more units meet higher cosmetic standards and sell for more.
Hydra goes beyond exposed surfaces to the grooves, seams, and connectors where debris usually stays. Every device leaves with the same level of cleanliness, giving downstream stations a standard input.
Manual cleaning averages a minute per unit. Hydra’s conveyor typically feeds 250 units an hour, up to 600, and hands each unit straight to the next step of the automated line with no operator handoff.
The automated line Hydra runs in is built on one idea: machines fed enough data make better decisions than a manual process can. The more Hydra runs, the better it predicts how long each batch needs, taking guesswork out of throughput.
Devices go on a conveyor that carries them through all three cleaning stages.
Brush rollers wipe flat surfaces while 12 air guns drive 360-degree airflow into seams and sockets. A vacuum extracts the loosened debris so it never reaches the wet stage.
Three sets of rollers apply even pressure. The first, saturated with solvent, lifts adhesive residue; the next two, each drier, refine the surface.
Focused high-velocity air clears solvent from top and bottom surfaces, then the conveyor delivers the unit to an operator or the next automated stage.
Its staged process removes loose particles before wet cleaning, so contaminants are not spread. For heavier soiling, operators can adjust conveyor speed, cleaning intensity, and the amount of solvent on the rollers.
Hydra has been used with laptops, routers, and set-top boxes. Top rollers adjust to device height automatically, and interchangeable brushes and belt guides tailor it to each product. If a device fits the conveyor and can be guided through securely, Hydra can be configured to clean it.
It runs as a standalone station with loading and unloading at either end, or sits between intake, testing, and grading. Devices stay on a guided path throughout, which keeps handling low and the line moving.
Hydra works continuously at around 250 units an hour, up to 600 depending on cleaning needs. Manual cleaning takes about a minute per device with dedicated handling.
Optical receiving that identifies products, reads part numbers, captures condition, and creates an image-verified record for every unit.
AI-guided label detection and removal that replaces manual scraping with fast, consistent automation built to protect device cosmetics.
Automated 360-degree inspection and AI grading for smartphones and tablets, with controlled lighting built for glass and metal and the same call on every device.
Automated cosmetic grading for laptop exteriors, with AI that grades every surface against your exact specification and makes the same call at every station.
Automated cosmetic grading for the inside of the laptop, with display testing built into the same pass.
Robotic cosmetic inspection for headphones and other complex devices, with every defect marked on a 3D model before rework starts.
Our gold standard for HDD and SSD testing and erasure, with ADISA-tested erase functionality, up to 64 test cells, and full audit trails.
End-to-end, fully automated data erasure for data centers, clearing drives, ports, switches, and sensitive configurations with detailed digital reporting.
A compact FPGA-based tester that runs up to ten DDR3, DDR4, and DDR5 modules at once for deep, module-level diagnostics.
High-speed testing for NAND flash memory in BGA and TSOP, with advanced ECC verification and full protocol support from SLC to 3D NAND.
Proprietary high-throughput DRAM screening for DDR3 and DDR4, built to catch defects early across full production volumes.
Automated initialization, charging, and OS preparation that feeds Revolution a steady supply of ready-to-test units.
Automated full-functional testing that picks up each device in the state Nest prepared, with no manual handling between stages.
A scalable test platform for modems, gateways, and set-top boxes, with up to 24 test slots and robotic loading.
In-circuit and functional testing for small control boards, with rapid changeover through swappable upper and lower probes.
Customizable power supply testing using advanced electronic loads and analytics to prove reliability and compliance at scale.
Automated remote control testing across IR, Bluetooth, buttons, LEDs, and audio, replacing manual cycles with fast, repeatable runs.
Ready to raise grades with a consistent clean?
