Precision LED modules engineered for seamless integration into furniture, sunshades, cabinets, and commercial equipment. Fully customizable in dimensions, connectors, wiring, and optical performance.
88 modules found
Embedded LED lighting is built into your product. VST develops the mounting envelope, cover, connection and thermal interface to fit the host assembly. Start with the lighting function you need. The proposed design and sample evaluation help establish which parts VST supplies and what the surrounding product must provide.
A custom LED module combines the board, light distribution and connection to suit your product. VST helps establish which parts the module supplies and which belong to the host assembly. Development may adapt a suitable platform or require a new design. A representative sample provides the basis for defining repeat production.
An LED ring PCB places light around a central opening while leaving the optical or mechanical path clear. VST can quote the board, a populated ring, a supported light engine or a complete assembly, with the requested drive and control work. Define the opening, fixing, supply and lighting behavior before comparing the quoted formats.
Underwater boat lights need a fixture and installation matched to the vessel structure, water exposure and electrical system. VST can take the project from design and parts through environmental evaluation and installation acceptance. Specify the location, operating conditions and required project work so the quotation covers the developed assembly and its vessel interfaces.
Display cabinet lighting should show the objects clearly while controlling reflections in the glass and direct views of the source. VST develops the profile, cover and mounting to fit the cabinet. Viewing positions, shelf materials and cable routing guide the design. Samples help you judge the installed appearance alongside the required brightness.
Develop toy car LED lights to fit your vehicle body, power supply, and assembly process. VST supports custom light pods, harness routing, connectors, and sample evaluation. Compatibility, water protection, and controller functions need to be specified for each vehicle platform.
Discuss train interior lights with VST through a requirements and development-feasibility assessment. Define ceiling fit, vehicle power, dimming, and service access. Rail-specific qualification, testing responsibilities, and the evidence required for any emergency function must be established before development is agreed.
Specify growth chamber lighting for the research objective, growing plane, chamber environment, and controls. VST supports custom LED assemblies for controlled-environment equipment. Source measurements, canopy conditions, and plant responses need separate specifications and evidence.
Develop a horticulture LED module for a grow-light luminaire, with suitable spectrum, driver connections, thermal contact, and protection. VST supports custom light engines and sample evaluation. Module measurements, installed canopy performance, and crop results require evidence at their respective levels.
Discuss UVC LED module requirements and development feasibility for enclosed equipment. Specify electrical, thermal, and optical interfaces, then identify the UV test provider and system-validation responsibilities. Treatment effectiveness, exposure safety, medical suitability, and certification need applicable evidence.
Our engineering team supports full customization -- from dimensions and connectors to wiring and optical performance. Share your drawings or concept to get started.
