Handheld UV-C LED 280nm Germicidal System

The Handheld UV-C LED 280nm Germicidal System is a high-powered, portable sterilization tool designed for professional sanitation applications. Utilizing advanced 280nm UV-C LED technology, this device delivers powerful disinfection capabilities, effectively neutralizing bacteria, viruses, and other pathogens on various surfaces. Unlike traditional mercury-based UV systems, this LED-based sterilizer offers a compact, energy-efficient, and durable solution for industrial, medical, and commercial settings.

Features & Benefits

• High-Power UV-C LED: 280nm wavelength for maximum germicidal efficiency
• Superior Disinfection Performance: 100 mW/cm² output, significantly outperforming traditional mercury-based systems
• Portable & Lightweight: Designed for easy handling and extended use
• Long Battery Life: 60-minute runtime per charge with rechargeable lithium-ion battery
• Rapid & Simple Operation: One-button activation for quick disinfection
• Enhanced Durability: Comes in a robust case to protect against impacts
• User Safety: Includes UV safety glasses for eye protection
• Efficient Air Cooling: Built-in fan for optimal thermal management

This handheld UV-C sterilizer provides an impressive 100 mW/cm² output, over three times the intensity of conventional 95W mercury UV lamps, ensuring rapid and effective sanitation. It features a long-lasting lithium-ion battery with up to 60 minutes of continuous operation per charge. Built with user safety in mind, the system includes UV safety glasses and a robust carrying case for secure transport. The unit is air-cooled to maintain optimal performance, with a built-in fan ensuring efficient LED operation.

This unit is ideal for applications in food processing, medical facilities, laboratories, and horticulture where high-level sanitation is required. Extra rechargeable batteries are available for extended use. Ensure proper safety precautions when operating, as UV-C light can be harmful with direct exposure.

Technical specifications: