The Micro-Lite FL2000 is a multi-configuration lighting platform engineered for tactical, general-purpose, and precision optical applications. Depending on configuration, the FL2000 delivers laser-designated targeting, high-output LED illumination, or fiber optic microscopy lighting. Each variant maintains rugged construction and field-proven reliability across demanding environments.
Technical Specifications
Laser and LED Combo Configuration
• LED brightness: 200 Lumens
• Laser wavelength: 532 nm
• Laser power: <5 mW (Class IIIA)
• Operating temperature (laser): -10°C to +50°C
• Operating temperature (LED): -40°C to +50°C
• Battery type: CR123A
• Runtime: ~4 hours
• Dimensions: 97 mm × 73 mm × 44 mm
• Weight: 264 g
• Housing: Aerospace aluminum
LED Flashlight Configuration
• Output: 120 Lumens
• Battery type: Single AA alkaline
• Length: 96.0 mm
• Housing: Rugged aluminum
Fiber Optic Illuminator Configuration
• Power output: 150 W
• Color temperature: 6000 K
• Input voltage: 120–240 VAC (50/60 Hz)
• Intensity control: 5–100% fully variable
• LED array: 9 surface-mount elements with thermal management
• Mounting ring diameter: 60 mm
• RoHS compliant, ESD safe
– Key Features
• Fully adjustable windage and elevation (laser/LED combo)
• Quick-release Picatinny rail mount
• Water-resistant, shockproof design; recoil-rated
• Zoom lens for flood or focused beam (flashlight)
• Push-button operation (flashlight)
• Pressure pad switch activation (laser/LED combo)
• Microscope-compatible mounting (fiber optic)
– Typical Applications
Tactical weapon systems and hunting platforms leverage the laser designator and LED illuminator combo. General-purpose illumination tasks utilize the compact AA-powered flashlight. Microscopy and precision optical inspection employ the 150 W fiber optic configuration.
– Compatibility & Integration
The laser/LED combo accepts CR123A batteries and integrates with standard Picatinny rail systems via quick-release mount. The flashlight operates on single AA alkaline cells. The fiber optic illuminator connects to 120–240 VAC supplies and mounts to standard microscope frames.
