TechniQuip Series A AC Regulated Fiber Optic Illuminator

Fluctuations in input voltage are commonly created by conditions both inside and outside facilities. If left uncorrected, these fluctuations will cause changes in the light output of a fiber optic illuminator. These light changes can create problems making precise measurements, when operating a video camera, and in other situations. All Series A illuminators contain a regulation circuit which negates the effect of input voltage fluctuations in order to maintain a consistent voltage at the light bulb.

TechniQuip Series BM Fully Regulated Fiber Optic Illuminator

Many biomedical and machine vision
applications require stable color temperatures.
All BM series illuminators contain two separate
features that both contribute to highly stable light output. The first innovation uses a patented laser drilled diaphragm that enables the light intensity to be varied without a corresponding change in the color temperature. The second innovation is a stabilized power supply that provides light consistency to better than 0.5 % when operating at full color temperature.

TechniQuip FOI Series Fiber Optic Illuminators

TechniQuip’s FOI series illuminators are well respected worldwide as a durable, reliable, and practical fiber optic light source. FOI Series illuminators are used in a wide range of manufacturing, microscopy, metrology, medical, research, and other applications. Choose from 150 watt and 250 watt versions. Remote control and high intensity versions are also available.

TechniQuip Fiber Optic Annular Ring Lights

TechniQuip annular ring lights, constructed with highy quality glass fibers, provide continuous 360 degrees shadow-free uniform illumination of white light for a wide variety of applications. These versatile light guides are ideal tools for viewing and inspection in microscopy, photography and other precision applications that require high resolution and even levels of illumination.

TechniQuip Fiber Optic Light Guides

TechniQuip light guides, constructed with high quality glass fiber optics, provide the highest degree of adjustable and interference free uniform illumination of focused white light for a wide variety of applications. These versatile light guides are available in single or double-pipe configurations in various lengths. Focusable lenses allow for variable spot light adjustments, making these ideal for situations where intense illuminations is required.

TechniQuip Mini-Lux DC Regulated Fiber Optic Illuminator

If longer lamp life is what you desire, then the Mini-Lux is your solution. It provides you with ample illumination for today's video cameras, while providing you with approximately 8,000 hours of lamp life! The Mini-Lux contains a regulated DC power source for driving halogen lamps up to 75 watts at 12 volts, supplying a constant voltage not affected by line level fluctuations.

TechniQuip TLC Techni-Light®

TechniQuip offers three new durable low cost Techni-Lights to assist your microscope illumination needs (TLC-3, TLC-4, and TLC-5). Each of our Techni-Lights is a perfect choice for applications requiring a high quality fluorescent illuminator is ideal for microscopic and macroscopic inspections, quality control, photographic applications, assembly and biological analysis. Techni-Light bathes the subject with 360 degrees of shadow-free illumination.

TechniQuip TechniLight High-Frequency Fluorescent Ring Illuminators

All TLC7/ TLC8 TechniLight fluorescent ring illuminators operate at high frequency. By operating at high frequency, these lights remove problems associated with high-speed imaging. Images taken under these lights are very uniform, given the uniformity of the lighting created by the high-frequency light. All TLC7 TechniLight fluorescent ring illuminators contain a dimming circuit that enables you to vary the intensity without affecting the color temperature. Unlike other dimming units in the marketplace, the TLC7’s unique microprocessor-controlled circuit automatically adjusts the internal bulb filament heaters to prevent a loss in bulb life when operating at low intensity.