Dolan Jenner Mi-LED Fiber Optic Light Source

Dolan-Jenner introduces the New Fiber-Lite® Mi-LED Fiber Optic LED Illuminator for microscopy and machine vision. The Mi-LED utilizes the latest technology and is energy efficient, featuring cool white LED lighting with a color temperature of 5000K. The Mi-LED features higher output than the Fiber-Lite Mi-150, 150 watt halogen fiber optic illuminator.

The Fiber-Lite® MI-LED was designed with Stereo Microscopy applications in mind and is designed to support and fully illuminate gooseneck and annular ring light fiber optics. It is also a great solution for inspection equipment, forensics, machine vision, industrial borescopes, assembly stations, and OEM custom lighting.

The LED lighting of the Fiber-Lite® Mi-LED is an energy efficient cost saving alternative requiring less power while delivering higher performance than comparable 150 watt halogens. The Fiber-Lite® MI-LED is practically maintenance free with no lamps to fail, and no lamp sockets to wear out.

The long life LED’s of Fiber-Lite® MI-LED are rated to provide over 40,000 hours of light. Conversely, a 150 watt halogen can only provide around 200 hours of light. With such a dramatic increase in light hours, large savings can be realized through greater up time during applications, lower maintenance, and the elimination of replacement bulbs.

Numerous accessories are available to accommodate a wide range of fiber optic light guides. The B1 (15mm), and A2 (25mm) and A7 (iris) nosepiece adapters make this a drop in replacement and compatible with all standard Dolan-Jenner Mi-150 and 180 series fiber optic light guide configurations. Furthermore, the Fiber-Lite® MI-LED has a universal voltage input of 100-240 VAC, and is RoHS compliant & CE Certified.

There is also several Pre-Configured packages listed in the options to make ordering simple and straightforward.

Features:

• High Power White LEDs
• Consistent Color Temperature
• Made in the U.S.A.
• 2 Year Warranty
• Universal Power Supply
• Low (IR) Heat
• Compact Footprint
• Low Energy Consumption
• Stackable Housing
• Multiple Fiber Optic Interface Options