Techniquip ProLine 80 66 mm, Daylight, Standard Working Distance, 8 Segments, USA Plug P866DS8XXW
THE NEW LED 80 RING LIGHT REPRESENTS A NEW STANDARD IN LED MICROSCOPE RING LIGHTS FROM TECHNIQUIP, AN INDUSTRY LEADER IN INNOVATIVE “MADE IN THE USA” PRODUCTS.
Designed and manufactured to the exacting standards that have made TechniQuip an industry leader in microscopy ring lights, the LED 80 delivers powerful, microscope-quality white light from our highly-engineered LED array.
Populated by eighty high-brightness white LED’s, the LED 80 is divided into an inner and outer
ring. Each ring contains four segments of ten LED’s each. Each ring and LED segment can be
independently boosted, dimmed, or turned on and off by the advanced LED controller. The
LED controller is included with the LED 80. TechniQuip’s advanced LED 80 controller offers
PWM control for maximum color stability at all dimming levels. Designed to deliver consistent
illuminance over wide range of working distances, the new energy-efficient LED 80 is ideal for a
wide variety of microscope applications.
CNC-machined from a block of aluminum alloy 6061 T6, the sturdy housing of the LED 80 offers
superior mass for thermal control. The machined housing is vented with slots to allow heat transfer
from the multilayer printed circuit board into which the LED’s are machine-mounted for precision
placement. These engineering techniques result in optimal thermal management and outstanding
optical performance in a rugged, attractive package. The TechniQuip LED 80 is ROHS compliant
and shares a distinctive industrial design.
The LED 80 delivers the performance you expect from TechniQuip in a rugged, long life, compact
ring light. Manufactured in TechniQuip’s own Pleasanton, California factory, the LED 80 is backed
by the great service and warranty that have made TechniQuip the first choice for OEM equipment,
semiconductor fabs, machine vision, laboratories, and other “mission critical” applications.
L E D 8 0 R I N G L I G H T P R O D U C T F E AT U R E S
360° shadow-free illumination
Built and tested in the USA
80 high brightness LEDS
Supplied with controller and universal power supply
6500° K CCT (approx). Other color temperatures available
At just over 4” diameter and just over 1” thickness the LED 80 offers
the most compact profile on the market
Machined aluminum alloy housing for durability
The multi-function controller adjusts the intensity
and controls 8 x 10 LED segments
Universal power 100-240VAC 50/60Hz
3 point soft tipped mount for secure mount. Can mount to larger
Silent, no vibration operation
Standard model fits 1.25” - 2.6” (32-66mm) lenses
Energy Efficient: Maximum power consumption 18 watts
High Power: Provides illuminance equivalent to 150 watt halogen
illuminator coupled to fiber optic ring light
The LED 80 works with entire line of TechniQuip’s AN style
The LED 80 ring can be detached from its cable when a microscope
needs to be moved
The LED 80 uses a standard HDMI cable, the most compact
cable on the market for this application
Private labeling available upon request
The inner and outer rings of LEDs in the LED80 are set at different
angles to create more uniform illumination across a wide range of
working distances (total illuminance varies less than 10% when
moving from a 4 inch working distance to a 6 inch working distance).
The LED80 is particularly well suited to applications where the
working distance is between 3.5 and 7 inches.
Application Note: Setting the working distance too close will result in a
dark spot in the center of the field of illumination – as the working distance
is increased this will be replaced by a bright spot until the field is evenly
illuminated by all 80 LEDs – this point and beyond are the ideal working
distances for even illumination. Shift the ringlight up and down on the
microscope as necessary to obtain this result.
TECHNIQUIP CUSTOM SOLUTIONS IN LIGHT
TechniQuip engineers and manufactures precision lighting
devices using LED, Fluorescent, Xenon, Metal Halide, and Halogen
technologies. We offer a complete line of fiber optic cables and
assemblies for transporting light.