The MX-10 is a High Security Solid State Disintegrator. The MX-10 is the highest capacity Solid State Disintegrator on the NSA Evaluated Products List (EPL) for the destruction of Classified Solid State Storage Devices and is included on the NSA/CSS Evaluated Products List for Solid State Disintegrators. Protect sensitive information with an NSA-approved disintegrator designed for safe, reliable, and efficient device destruction.

It fully sanitizes the following types of media:

• Solid State Drives
• SIM Cards
• CAC IDs
• EMV Credit Cards
• Magnetic Strip Cards
• Flash Drives
• Circuit Boards
• Cell Phones
• Tablets
• CDs/DVDs/BDs (Blu-Rays)

Shredded material is reduced to sand-like texture particles. Equipped with an integrated internal 15-gallon state-of-the-art HEPA air filtration system to ensure a clean, safe, and comfortable operating environment. The air filtration system continuously transports air from different areas inside the machine including the feed port and filters the air through a HEPA filter to capture and contain any harmful materials used in the manufacturing of ICs.

The MX-10 solid state media disintegrator is supported by Heavy Duty Lockable, Double Wheel Casters for maximum mobility in the work area. Easy access 9.5” X 1” Feed Port is designed with a safety brush covering the complete opening for safety and ease of feed operation. Lockable Feed Hopper Cover prevents unauthorized access to the contents of the hopper once material is fed into the machine.

Features include Electronic Safety Lock Out and shut down monitoring systems for Bin Access Door, Bin Full, Air Filtration System Access Door and Feed Hopper, Automatic Reverse in case of accidental jam, two stage destruction operation with a Large 7.5 inch diameter 16 blade grinders second stage for complete and reliable destruction, Lighted Indicator Displays to keep the operator informed of machine’s operating status, front mounted large Lockable Emergency Stop Switch for safety. The electronic monitoring system continuously adjusts both stages for reliable synchronous operation.