Product information


Product series

 

LNLP Series

 

Achieves an illuminance of 1 million lx in a fanless linear light source.
Uses an original housing design that allows use as a line scan light source at both low and high angles.

 

 

 

 

LNSP2 Series

High-output LED light source for line scan applications.
Equipped with a housing that achieves an illuminance of approximately 900,000 lx without a diffusion sheet (NDF).
Lightweight and compact design.

 

 

 

 

LNSP-FN Series

High-output line illumination with fan cooling. Designed to minimize light diffusion and loss, allowing long-distance illumination.
Achieves high illuminance and high uniformity in line illumination.

 

LN Series

The illumination width can be adjusted by changing the front-end accessories. The luminous surface is available in 60mm and 200mm sizes.
This product lineup also includes the “LN-HK Series” (detailed below).

LN-HK Series


Adjustable illumination width by changing the front-end accessories.
Available with 60mm and 200mm luminous surfaces, achieving high output through the use of white power LEDs and a unique heat dissipation structure.

 

 

 

 

LN-GA Series

High-power linear illumination.

・Achieves a high output of 2.8 million lx, ideal for high-speed inspection applications.
・Offers high output comparable to metal halide lamps.
・The luminous surface length of standard products can reach up to 3,000mm (in 100 mm increments).
・Features a unique cooling system that prevents air discharged by the fan from flowing towards  the workpiece.

 

 

LN-HA Series

High-power thin-line lighting

・High output with a slim housing.
・The standard product has a light-emitting surface length of up to 3,000mm (in 100mm increments).
・Since it is a natural cooling type, it is ideal for use in cleanroom environments such as medical equipment manufacturing sites.

 

 

 

We can also provide cameras and compatible lenses.
The shape and size of the lighting can be customized according to the application

Please contact us if you have special application requirements.