FirstResponder® UV-C Robot
FirstResponder® UV-C Robot

FirstResponder® UV-C Robot

Regular price $24,900.00 Sale

The FirstResponder® UV-C Robot Sterilizer is a powerful warrior in the battle against deadly pathogens. This autonomous sterilization robot is equipped with the world’s leading composite and navigation technology. The FirstResponder® UV-C Robot Sterilizer is fully equipped with 8 UV-C broad based lamps resulting in full 360 degree sterilization.  The brains of the navigation is integrated with an IPAD controller that comes included with the robot.

FirstResponder® includes sophisticated sensing systems such as laser radar, machine vision and depth vision. This results in fully intelligent operation with personal safety a cornerstone of its premium operation.

FirstResponder® includes autonomous navigation that independently completes map construction of a given floor space. It has built in obstacle avoidance while it independently completes disinfection tasks. The FirstResponder® UV-C Robot Sterilizer has real time monitoring of the disinfection process with a traceable work log and plan. After sterilization path routine is completed, FirstResponder® UV-C Robot automatically returns to its charging port and self-charges itself for its next disinfection job.

FirstResponder® UV-C Robot Sterilizer Highlights:

  • Convenient and Efficient
  • IPAD controller (Included with Robot)
  • 8 powerful UV-C ultraviolet lamps
  • Programmable route guidance
  • Obstacle Avoidance
  • Self-Charging
  • Long battery Life
  • Elegant design
MORE INFO
How to Use:

Click here for Product Manual 

 

FirstResponder® Technologies Sterilization Products can assist in reducing most surface and air contaminants with proper usage of product. CAREFULLY READ AND FOLLOW ALL INSTRUCTIONS FOR OPERATION AND SAFETY OF YOUR FIRSTRESPONDER TECHNOLOGIES PRODUCT(S) PRIOR TO USE.  FirstResponder® Technologies makes no claims, and offers no guarantees, of any kind, that the sterilizer product will eliminate or reduce all contaminants under all circumstances.

FirstResponder® UV-C Robot

The FirstResponder® UV-C Robot harnesses the germicidal power of UV-C light, in particular in the 254 nm wavelength. This unit uses shortwave UV-C lamps that emit ultraviolet light with the major peak output (~90%) band at 253.7 nm. The doped fused quartz glass tubes of the FirstResponder lamps pass the 254 nm radiation (which produces very low ozone levels) but blocks the 185 nm wavelength (which produce higher ozone levels).

The FirstResponder® UV-C Robot is an autonomous sterilization device with great features and easy to use Apple® iPad Mini® tablet interface. The unit will scan and build a map of as many locations as you need, and once the maps are built, all that is needed is to run the robot for efficient sterilization of air and urfaces. For extra safety, the robot will automatically shut down if it detects any movement via its ensitive motion sensors. Once the unit is finished, it will automatically return to its charging pile where it will recharge its internal batteries.

The FirstResponder UV-C Robot is intended for use in disinfection of air and surfaces in laboratories, hospital or clinic rooms, schools, food-processing areas, meeting spaces, conference rooms, or any other trafficked ocations like business offices and hallways.

Sample Daily Workflow Calculations

NOTE: this ROI model is an automation vs
manual labor ROI calculation.
FirstResponder® UV-C Robot Savings
Description Data Units Notes/Instructions
Total Rooms to be disinfected 25 Rooms How many rooms need disinfecting on a daily basis in your facility?
Operational hours per day 12 Hours How many hours per day will each robot operate?
Operational days per week 7 Days How many days per week will the robot fleet operate?
Disinfection time per room 30 Minutes per room What is the disinfection cycle per room?
Rooms disinfected per robot/work-shift 24 Rooms/robot/shift CALCULATED: How many rooms can a robot disinfect during a shift?
Required # of Robots 1 Robots CALCULATED: This is how many robots required to complete a daily operation
Disinfection Time per room 30 Minutes per room
Robot Cost $24,900 Dollars Cost per FirstResponder® UV-C Robot
Total Operational hrs per year 4,368 Hours/year per robot CALCULATED: number of hours operated each year (individual robot)
Robot Operational Lifetime 6 Years Functional lifetime of the robot?
Robot Operational Lifetime 26,208 Hours CALCULATED: Total lifetime operational hours per robot
Operational cost per hour/robot $0.95 Dollars CALCULATED: Operational cost per robot per hour.
CapEx Cost $24,900 Dollars CALCULATED: Initial Capex expense
Labor Cost per hour $15.00 Dollars Labor cost per hour
ROI TIme 1,772 Hours CALCULATED: ROI time in hours
ROI TIme 148 Work Days CALCULATED: ROI time in work days
ROI TIme 0.4 Years CALCULATED: ROI time in years
FirstResponder® UV-C Robot

Hospital Grade Sterilization

The FirstResponder UV-C Robot is intended for use in disinfection of air and surfaces in laboratories, hospital or clinic rooms, schools, food-processing areas, meeting spaces, conference rooms, or any other trafficked locations like business offices and hallways.

Organisms: Ultraviolet radiation (UV dose)
in μWs/cm2 needed for killfactor
Log Kill Rate Time at 6"

in Seconds
Bacteria:

90%

(1 log reduction)

99%

(2 log reduction)
Bacillus anthracis - Anthrax 4,520 8,700 6
Bacillus anthracis spores - Anthrax spores 24,320 46,200 33
Bacillus magaterium sp. (veg.) 1,300 2,500 2
Bacillus paratyphusus 3,200 6,100 4
Bacillus subtilis spores 11,600 22,000 16
Bacillus subtilis 5,800 11,000 8
Clostridium tetani 13,000 22,000 18
Corynebacterium diphtheriae 3,370 6,510 5
Ebertelia typhosa 2,140 4,100 3
Escherichia coli 3,000 6,600 4
Leptospiracanicola - infectious Jaundice 3,150 6,000 4
Microccocus candidus 6,050 12,300 8
Microccocus sphaeroides 1,000 15,400 1
Mycobacterium tuberculosis 6,200 10,000 8
Neisseria catarrhalis 4,400 8,500 6
Phytomonas tumefaciens 4,400 8,000 6
Proteus vulgaris 3,000 6,600 4
Pseudomonas aeruginosa 5,500 10,500 7
Pseudomonas fluorescens 3,500 6,600 5
Salmonella enteritidis 4,000 7,600 5
Salmonela paratyphi - Enteric fever 3,200 6,100 4
Salmonella typhosa - Typhoid fever 2,150 4,100 3
Salmonella typhimurium 8,000 15,200 11
Sarcina lutea 19,700 26,400 27
Serratia marcescens 2,420 6,160 3
Shigella dyseteriae - Dysentery 2,200 4,200 3
Shigella flexneri - Dysentery 1,700 3,400 2
Shigella paradysenteriae 1,680 3,400 2
Spirillum rubrum 4,400 6,160 6
Staphylococcus albus 1,840 5,720 3
Staphylococcus aureus MRSA 2,600 6,600 4
Staphylococcus hemolyticus 2,160 5,500 3
Staphylococcus lactis 6,150 8,800 8
Streptococcus viridans 2,000 3,800 3
Vibrio comma - Cholera 3,375 6,500 5
Molds
90%
99%
0
Aspergillius flavus 60,000 99,000 82
Aspergillius glaucus 44,000 88,000 60
Aspergillius niger 132,000 330,000 180
Mucor racemosus A 17,000 35,200 23
Mucor racemosus B 17,000 35,200 23
Oospora lactis 5,000 11,000 7
Penicillium expansum 13,000 22,000 18
Penicillium roqueforti 13,000 26,400 18
Penicillium digitatum 44,000 88,000 60
Rhisopus nigricans 111,000 220,000 151
Protozoa
90%
99%
0
Chlorella Vulgaris 13,000 22,000 18
Nematode Eggs 45,000 92,000 61
Paramecium 11,000 20,000 15
Virus
90%
99%
0
Bacteriopfage - E. Coli 2,600 6,600 4
Infectious Hepatitis 5,800 8,000 8
Influenza - Coronavirus 3,400 6,600 5
Poliovirus - Poliomyelitis 3,150 6,600 4
Tobacco mosaic 240,000 440,000 327
Yeast
90%
99%
0
Brewers yeast 3,300 6,600 4
Common yeast cake 6,000 13,200 8
Saccharomyces carevisiae 6,000 13,200 8
Saccharomyces ellipsoideus 6,000 13,200 8
Saccharomyces spores 8,000 17,600 11