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Fill & Finish Line Area
- Targeting Common Contaminants: The UVD Robot’s UV-C disinfection technology effectively neutralizes up to 99.9999% of microorganisms, including common threats like Staphylococcus, Micrococcus, and Bacillus.
- Optimized for Fill & Finish Lines: With its ability to navigate autonomously, the robot disinfects tight spaces and critical equipment areas without interrupting operations or risking contamination during downtime.
- Maintaining Aseptic Conditions: The UVD Robot ensures the microbial load remains at a minimum in this high-risk environment, crucial for preserving the sterility of pharmaceutical products.
- Data-Driven Assurance: Equipped with e-logs and CFR 21 compliant reporting tools, the robot provides detailed documentation of every disinfection cycle, helping meet GMP and regulatory compliance for sterile manufacturing zones.
- Reduced Human Exposure: By automating disinfection in this highly sensitive area, the UVD Robot minimizes the risk of human-borne contamination, especially in zones with frequent personnel activity.
Cleanroom ISO Class D/C/B
- High-Precision Equipment Disinfection: The UVD Robot ensures that sensitive machinery, such as microscopes and high-tech manufacturing tools, remains free from microbial contamination without causing damage to delicate surfaces.
- Maintaining Sterile Environments: The robot supports the sterility of controlled environments by disinfecting surfaces and air in areas where scientists handle pharmaceuticals or biotechnology research.
- Cross-Contamination Prevention: By disinfecting workstations, computers, and high-touch surfaces between shifts, the robot minimizes the risk of cross-contamination in multi-user labs.
- Scheduled, Automated Disinfection: The robot can be programmed to disinfect the laboratory during off-hours, ensuring a clean workspace at the start of each shift and reducing downtime during working hours.
- Compliance with Regulatory Standards: E-logs and audit trails validate the disinfection process, providing documentation for GMP and other pharmaceutical or biotech industry standards.
Open Manufacturing Spaces
- Comprehensive Coverage for Large Spaces: The UVD Robot’s mobility and autonomous navigation make it ideal for disinfecting expansive areas commonly found in CNC environments, ensuring maximum UV-C exposure with little human interaction.
- Efficient Out-of-Hours Operation: Capable of operating independently during off-hours, the robot reduces human involvement while maximizing disinfection efficiency, enabling seamless integration into production schedules.
- Minimal Disruption to Workflows: Its ability to function with little human interaction allows uninterrupted manufacturing processes during active hours while maintaining a high level of cleanliness.
- Adaptability to Complex Layouts: Equipped with advanced sensors, the UVD Robot maneuvers around machinery and obstacles in CNC environments, ensuring even hard-to-reach areas are disinfected effectively.
- Sustained Hygiene in Controlled Spaces: By neutralizing a wide range of microorganisms, the UVD Robot reinforces hygiene standards in CNC zones, preventing microbial buildup that could compromise product quality or worker safety.
Laboratories
- Dynamic Workspace Coverage: The UVD Robot navigates around laboratory setups, including industrial machinery, ensuring complete surface disinfection even in hard-to-reach areas, from floor to ceiling.
- Real-Time Adaptability: Its advanced mapping technology allows the robot to adjust to changing laboratory layouts and operational needs, ensuring continuous cleanliness.
- Personnel Safety Enhancement: By operating autonomously during or after working hours, the robot minimizes human exposure to harsh chemical disinfectants while maintaining sterility.
- Reduction of Manual Cleaning Burden: The robot complements manual cleaning efforts by focusing on repetitive tasks like floor disinfection and surface sanitation, freeing up staff to focus on critical research and manufacturing activities.
- Enhanced Air and Surface Disinfection: Using UV-C technology, the robot effectively reduces airborne and surface-based microbial loads, maintaining an aseptic environment crucial for pharmaceutical production and research.