MediaVise® Rackmount HDD Destroyer
Finally.. a Hard Disk Drive Destroyer that’s Rack Mountable and Safe for your Workplace, Data Center and Server Room
The Phiston MVR-HDD doesn’t simply make a drive inoperable by folding or punching a few holes in it. The MVR’s proprietary 20 ton crusher, and patented corrugated crushing plates, aggressively crush and grind together all the magnetic storage platter surfaces and sensitive read heads in HDDs, damaging every square inch of the media (not just a few holes, or parts of platters folded), rendering all data storage surfaces destroyed.
- First and Only Rack-mountable HDD Destroyer
- Safe, Clean and Secure for Data Centers
- NSA Evaluated
Key Benefits
- Rack-mountable and Safe for Data Centers
- Destroys HDD’s and SSDs to RCMP Standards
- Complete Media and Data Destruction
Product Features
- Rack-mountable in Standard Racks. Uses 9 rack units
- At-the-Source, In-house High Security Data Destruction saves time and money and HDDs never leave Data Center intact
- Also destroys SSD’s as well
- Complete Media and Data Destruction in one package
- Highest Standards of Worker and Environmental Health and Safety
- HEPA Filtration to trap any airborne debris particles
Security of Media after Destruction
Media destroyed in the MVR fall directly into a locked, secure debris collection drawer that can accommodate up to 25 destroyed HDDs and other media until the debris can be disposed of appropriately. A security pass code must be entered on the MVR key pad in order to open the drawer and/or remove it for proper disposal of debris. At-the-source, in-house destruction saves time and money over outsourcing, and the HDDs never leave the secure data center intact.
Secure SSD Destruction Where You Need It
RFI and EMI can be bothersome and sometimes damaging in data centers and other installations with sensitive electronic equipment. Phiston machines are complete enclosed in heavy gauge steel enclosures that, along with additional internal shielding and noise suppression circuitry, reduce RFI and EMI to almost undetectable levels not achievable in aluminum encased machines.
Product Images
Product Specifications
| Size | 15.83 H x 28.37 L x 18.83 W (Occupies 9 standard rack unit spaces) |
| Weight | 181 lbs (excludes packing and crating) |
| Power Requirements | 120 VAC 13A / 240VAC 7A, factory configured. |
| Maximum Media Size | 5.75” x 4” x 1.25” |
| Destruction Chamber Capacity | 1 full size HDD, 2 laptop HDDs |
| Media that machine designed to destroy | 2.5″ and 3.5″ HDDs, cell phones, circuit boards, PDAs. Will also crush and destroy SSDs. |
| Destruction Cycle Time | Less than 30 seconds |
| Destruction Modality | 20 ton force that can only be achieved by our proprietary hydraulic power module. Patented corrugated interlocking crushing plates destroy magnetic data storage platters, circuit boards and read/write heads of HDD. Crushes SSDs and small electronic devices. |
| Deployment/ Transportability | Rack mounted in EIA standard server rack |
| Machine Control/ Monitoring | Slide out to turn on. Status LEDs, microprocessor controlled processes |
| Media Feeding | Gravity assisted, top loaded, one HDD at a time |
| Debris Collection | Locked, secure debris collection drawer that holds up to 25 destroyed HDDs and can only be opened by an authorized operator with an access code. Window in drawer allows inspection of debris. |
| Jam/Unjam | User initiated unjam cycle, as well as manual unjam |
| Safety | Completely automatic, hands-off operation. Lock-out doors to prevent operation if doors are not completely closed preventing hands or pieces of clothing from being carelessly caught in the crushing chamber. User never has to touch potentially dangerous debris. HEPA Filtration to meet MRV8 air quality standard. |
| Maintenance/ Longevity | Crushing plates never need replacing. No blades to be replaced or sharpened |
| Technical support | On-call technical support service department; nationwide and international technical support team that can be deployed if and when repairs or maintenance needed. |