Equipment manufacturers can use standard fixtures or develop lighting assemblies specifically around the dimensions, electrical system, environment, controls, appearance, and service requirements of their product.
Mechanical Integration
Design Lighting Into the Equipment Envelope
Dedicated lighting can fit within machine frames, guards, covers, doors, control areas, work zones, inspection stations, and enclosed process spaces.
Early integration helps coordinate fixture size, optical direction, connector location, thermal path, wiring, mounting hardware, and service access.
Lighting Assembly
Combine LEDs, Optics, Electronics and Housing
A custom OEM module can include LED boards, secondary optics, windows, diffusers, drivers, connectors, wiring, housings, heat sinks, seals, brackets, and control interfaces.
Custom Lighting Assemblies →Electrical Integration
Use the Equipment Power Architecture
OEM lighting can be designed around available machine voltage and incorporated into the equipment control system rather than requiring a separate external power arrangement.
Lighting Electrical Requirements →Thermal Design
The Machine Structure Can Affect Cooling
Enclosures, available airflow, mounting surfaces, nearby heat sources, and fixture orientation can influence operating temperature.
Thermal Design →Environmental Design
Match the Lighting to the Equipment Environment
Machine lighting may need protection from oils, coolant, dust, vibration, washdown, cleaning, chemicals, temperature, and mechanical impact.
IP & Environmental Protection →Development
Prototype Before Production Release
Prototype assemblies can verify light distribution, fit, cable routing, thermal behavior, controls, sealing, serviceability, and production assembly before a lighting module is finalized.
Prototype & Production Lighting →Selection