HPRS Series
[Not available in Japan]
“FALUX sensing” enables monitoring of brightness and feedback control.
Achieves high-uniformity over a flexible LWD range by using a unique illuminating mechanism.
HPDS Series
[Not available in Japan]
“FALUX sensing” enables monitoring of brightness and feedback control.
Provides diffused light evenly through the dome-shaped reflective panel.
HPD2 Series
These are “high-power”, “uniform”, and “easy to use” Dome Lights with three times the brightness of the previous models.
Increased size variations, full color (RGB) models, and infrared (860 nm) models were added in the standard product lineup. Abundant lineup of optional products such as the joint brackets is provided.
Illumination Structure
Light from the surface-mounted LED is scattered inside of the dome-shaped reflective diffusion panel. The scattered light from the wide uniform region is illuminated onto the workpiece surface evenly.
PDM Series
These Dome Lights combine the features of three types lighting: dome lighting, low-angle lighting, and coaxial lighting. Each type of lighting can be adjusted as you need.
Illumination Structure
This Light Unit combines the three types: dome lighting, low-angle lighting, and coaxial lighting. It illuminates the workpiece with uniform diffused light.
LDM2 Series
These Dome Lights provide unique heat-dissipating structure.
Diffused light is irradiated over the entire workpiece from a wide light-emitting surface.
Illumination Structure
The light from LEDs is transmitted through a light-guiding diffusion plate to illuminate the entire workpiece with uniform diffused light from a wide light-emitting surface. New heat dissipating construction.
LAV Series
These Light Units have a composite structure for both diffused and coaxial illumination. Curved workpieces with glossy surfaces such as soldered products are evenly illuminated.
Illumination Structure
This Light Unit combines diffused lighting and a coaxial lighting. It can evenly perform uniform illumination for glossy, curved workpieces.