The Rushlight™ confirms delivery of a germicidal payload using any of the 4 selectable cycles. Effective sterilization can be achieved on all surfaces simultaneously in as little as 18 seconds. Cycle 4 can deliver the maximum exposure that CDC guidelines suggest can be utilized without hastening degradation of N95 filters, in 135 seconds or less. The user can select an appropriate cycle by visual estimation of the total capacity of the reactor to be used. To sterilize 4-6 N95 masks, cycle 2 would be selected and the fused quartz stages would be in the high shelf configuration. Most handheld equipment can be sterilized using cycle 1 between patient interactions without causing any delay in care. The growing body of peer-reviewed literature suggest that UV-C levels delivered by the Rushlight™ Reactor will yield a 99.9999% or greater reduction in all pathogens of concern in the hospital setting without damaging or accelerated the degradation of equipment.
read more The proper application of antimicrobial wipes, or liquid disinfectants, requires the surface to be kept wet for 2 or more minutes to achieve a 99.9% reduction of MRSA. The Rushlight 1.0 Mod 0 is 1000X more effective than properly applied antimicrobial wipes or liquid disinfectant in 1/4th the time and eliminates human error even when improperly loaded. View the 3rd party validation, conducting by Microchem Laboratories, simulating improper loading [here]. The Rushlight is effective against Clostridium difficile while alcohol and other disinfectants are useless. The Rushlight™ reactor was tested against significantly higher concentrations of microorganisms than would be encountered during any real-world situation. The inner reactor chamber is designed to optimize uniform and repeatable delivery of germicidal light to all surfaces simultaneously. The high-efficiency reflective coatings employed in the internal reactor are intrinsically antimicrobial and extremely resistant to biofilm formation.
External hard coatings with proven efficacy against the most virile pathogens, to include Clostridia, reduce the risk of the unit itself being a source of infection. Smaller than most microwaves and weighing in around 20 pounds, it may be easily transported to facilitate rapid disinfection or supplemental sterilization in any setting. External hard coatings with proven efficacy against the most virile pathogens, to include Clostridia, reduce the risk of the unit itself being a source of infection. View the validation from Campden BRI for Touch coatings [here]. Smaller than most microwaves and weighing in around 20 pounds, it may be easily transported to facilitate rapid disinfection or supplemental sterilization in any setting.NIH article Call for Quote
The significantly reduced exposure time will minimize warping and degradation of PPE.
Our products are made in the USA and third party tested.
Coated with proven non-toxic antimicrobial hard coatings.
Outfitted with carry handles and weighing around 20lbs, The Rushlight 1.0 MOD 0 can be easily transported
|Rushlight™||RUSHLIGHT 1.0 MOD 0™|
|UV-C Germicidal Bulbs||2x13W||4X18W|
|Real Time Monitoring of UV-C Sources||YES||YES|
|Confirmation of Delivery of Lethal Payload||YES||YES|
|Free of Obstructions to UV-C Sources||YES||YES|
|Stage||F.A.S.T Reusable Stage||2 Fused Quartz Stages/2 Independently Configurable Heights|
|Construction outer envelope||TBD||Precision Machined .060" Aluminum|
|Dimensions||13.5"x15"x7.5" (LWH)||18.6”x13.4”x14.8 (LWH)|
|Weight||11 pounds||19.2 pounds|
|Capacity||594 cubic inches/.34 cubic feet||1340 cubic inches/.78 cubic feet|
|Enclosure Coating||Antimicrobial Clear Coat||Fingerprint Proof Hard Coating Using Proven Antimicrobial Silver Ion Technology|
|Safety Features||Full Shielding, Kill Switch, Locking||Full Shielding With Integrated High Absorption Surfaces, Kill Switch, 2 Stage Latching System|
|Time to achieve Supplemental Sterilization||190-240 seconds||<20 seconds|
|Time to achieve CDC's maximum recommended exposure||21mins (est.)||100-135 seconds|
|3rd Party Validation||YES||YES|
|Made in America||YES||YES|
|MSRP||COMING SOON||CALL FOR QUOTE|
All Rushlight internal reactors self sterilize each cycle, and technical coatings employed on internal surfaces are highly resistant to biofilm formation.
All Rushlight reactors are designed with considerations for ease of disinfection of the outer enclosure in addition to antimicrobial coatings with proven efficacy.