12 results
Control interface for DCM Sistemes iBlueDrive (strobe-integrated) lights that enables two-way communication, configuration and trigger-pulse generation over a single cable with electrical isolation.
Advanced three-channel RGB strobe controller with three 6A outputs and per-shot current regulation for driving mixed/RGB DCM Sistemes machine-vision lighting.
Single-channel LED strobe controller with one trigger input and one 6A output for driving DCM Sistemes stroboscopic machine-vision lights.
4-channel camera-mount lighting controller for Omron FLV series standard lights, mounting directly onto FH/FZ cameras and eliminating the need for control panel wiring.
Two-channel current-controlled LED lighting controller supplying up to 1.25 A per channel at 8–24 VDC with a total output power of 50 W and external trigger support up to 10 kHz.
Single-channel camera-mount lighting controller for Omron FLV / FLV-EP series machine-vision light units.
High-brightness camera-mount lighting controller for the Omron FLV series, driving one spot light plus two standard lights (3 channels) with digital PWM/voltage control.
Omron FLV-ATC10405 FLV-series lighting controller.
Omron FLV-ATC21024 FLV-series lighting controller.
Omron FLV-ATC26024 FLV-series lighting controller.
Omron FLV-ATC40405 FLV-series lighting controller.
Omron FLV-ATC41024 FLV-series lighting controller.
A practical engineering guide to choosing LED wavelength in machine vision lighting. Learn how monochromatic red, blue, green, IR and UV light change contrast, how to exploit complementary colors, and how to match wavelength to your camera, lens and optical filters.
A practical guide to continuous, strobed, and overdrive LED lighting in machine vision: why a short pulse freezes motion, why overdrive (not strobing alone) adds brightness, how to synchronize the pulse to camera exposure, the duty-cycle limits that protect LED life, and how to size and select a lighting controller.
We help you choose lighting controllers based on your application, FOV, working distance and environment.
