Lightweight and battery-powered to allow use in remote locations.
Impact resistant molded case with foam supported aluminum chamber.
Easy to use, fully automated with short cycle time and small logistics footprint.
From military to disaster relief scenarios and in locations with low resources.
Allowing treatment of critically injured in remote locations.
Military surgical teams only available sterilization resources use steam. Steam sterilizers require significant power and a source of potable water. These existing technologies have numerous deficiencies which make them unsuitable for field use. In addition to resource requirements, the existing equipment is large, bulky, and not designed for unit transport. Due to these constraints these devices are rarely used and often there is a scarcity of sterile surgical instruments.
The ROSS M1 successfully was evaluated by a Special Forces surgical team and achieved a system usability of 97/100. The battery-powered ROSS M1 could support special operations and conventional force surgical teams during a wide array of operations.
Trauma care in remote locations involves significant challenges. The availability of sterile surgical instruments can be a hindrance to providing the immediate care often required. If non-sterile equipment is used, it could result in serious complications including surgical site infection and possibly death.
The ROSS M1 is a standalone device that could be easily transported to nearly any location world-wide. Remote areas and communities with limited infrastructure could utilize the device to provide sterile surgical tools whenever they are required.
Field hospitals and triage care in remote locations often have a limited supply of sterile surgical equipment. The minimal logistic footprint, portability, durability, and fast process times make the ROSS M1 a great solution for these far forward operations.
The ROSS M1 is user friendly with minimal training and the fully automated process can successfully sterilized instruments in approximately 30 minutes.
Pre-hospital care involves the treatment provided prior to a patient reaching an established hospital emergency department. In order to improve the survivability of trauma injuries, surgical tools are required to manage blood loss and stabilize vitals. Time is a vital aspect of pre-hospital care. The ROSS M1 has fast process times, and the ambient temperature process leaves no toxic by-products thus instruments processed by the device are ready for immediate use.
The ROSS M1 is packaged in a rugged case with a minimal logistic footprint which is well-suited for Emergency Medical Services and other forms of pre-hospital care.
Sadly, in the event of a natural disaster such as a hurricane, tsunami, earthquake, or flood there are often numerous casualties. In these scenarios, the local infrastructure is usually damaged and people are injured. To care for the critically injured, sterile surgical instruments are required.
The man-portable ROSS M1 would be an ideal resource for medical personnel faced with this tragic circumstance. Even in the event where no power or clean water is available, the ROSS M1 could utilize battery power to rapidly sterilize surgical tools at the point of care.
The ROSS M1 is designed to meet the needs of military personnel in remote operations. The attributes required for demanding military applications would benefit anyone required sterile instruments in an unconventional location. Veterinarians are often performing surgeries in the field. The low cost and portability of the ROSS M1 make it a logical choice for veterinary care.
Additionally the U.S. military often performs health and wellness checks for rural communities and their livestock. The ROSS M1 is ideal for these type of scenarios.
Enabling remote casualty care.
The entire ROSS M1 unit is enclosed in impact resistant molded plastic case with closed-cell foam support and stainless steel corner latches.
ROSS M1 produces ozone from ambient air. Battery-operated or 12VDC powered with international AC/DC adaptor ROSS can function anywhere.
The ROSS M1 has one mode of operation. The process is fully automated with an intuitive control and feedback interface.
The ROSS M1 employs a low-temperature process with built-in safety and efficacy controls. The process does not result in any toxic by-products.