TGR provides autonomous UV‑C disinfection robots for aseptic processing environments such as cleanrooms and restricted‑access barrier systems. The robots navigate using LiDAR, radar and RGB‑D sensors, emit high‑intensity UV‑C light, and automatically shut down via motion sensors, gyroscope‑controlled safety signs, and audio alerts when personnel are detected, delivering documented, chemical‑free sterilization and compliance reporting.
Funding
Funding not disclosed
Founders
Product
Problem
Manual disinfection in aseptic processing areas suffers from operator variability, limited dwell time adherence, and gaps between cleaning cycles, leading to persistent microbial contamination risks in high‑sterility environments.
Solution
TGR offers autonomous UV‑C disinfection robots that navigate facilities without human intervention, delivering chemistry‑free germicidal irradiation to surfaces and air. Integrated motion‑detect sensors, gyroscope‑enabled safety signs, and audible alerts ensure the robots cease operation when personnel are present, maintaining a safe work environment. The robots map spaces in real time using LiDAR and RGB‑D cameras, positioning the UV‑C source to minimize shadowing and provide uniform dose coverage. Each treatment is logged with time, location, and dose data, creating an auditable record that supports regulatory compliance and continuous sterility assurance. By operating between scheduled manual cleanings, the system increases disinfection frequency without adding chemical burden or disrupting production schedules.
Target Audience
Primary customers are pharmaceutical manufacturers, biotech firms, and contract manufacturing organizations that operate aseptic processing suites, cleanrooms, and restricted‑access barrier systems requiring rigorous contamination control.
Features
- Autonomous navigation with LiDAR, radar, and RGB‑D sensors for real‑time mapping and obstacle avoidance
- Built‑in PIR motion sensors, gyroscope‑controlled safety signs, and audible alerts for immediate shutdown upon human detection
- High‑intensity UV‑C lamps (200‑280 nm) with 16,000+ hour lifespan delivering documented dose logs per room
- Shadow‑reduction algorithm that repositions the robot to expose all surfaces, ensuring comprehensive coverage
- Cloud‑connected dashboard providing room‑by‑room treatment logs, movement tracking, and compliance reporting
- Easy integration into existing cleaning protocols with minimal training and ongoing customer support