Custom-Engineered LED Solutions
Our goal: best value for OEM clients
StockerYale designs and manufactures LED-based illuminators for custom OEM applications. We serve a wide range of industries including machine vision, biomedical and security ID. Our team includes LED array design engineers, a production group, and an optics R&D group. StockerYale's capabilities include various optical computer simulation tools and advanced proprietary LED test and measurement methods.
When designing LED-based illumination solutions for our OEM clients, we do not limit ourselves to any one assembly method. Rather, we draw from our assembly tool kit on a case-by-case basis, incorporating various types of LED building blocks to construct the most suitable, cost-effective solution for your application. These LED building blocks include:
- Individually packaged and lensed LEDs (standard t-packs and surface mount devices)
- Chip-on-board LEDs
- StockerYale's proprietary COBRA™ (chip-on-board reflective array)
The different approaches will be discussed and compared below.
For a given application, StockerYale selects the appropriate LED building block, substrate and optics so as to provide you with the right price/performance combination and, therefore, with maximum value.
To obtain a brochure presenting our intellectual and technical competencies, contact StockerYale.
For your unique, challenging illumination problem, StockerYale provides a custom-engineered, high performance, LED-based solution. Please contact our application engineers to discuss how StockerYale can design and develop the perfect solution for your LED illumination application.
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| With chip-on-board methods, LEDs can be placed on circuit boards in high density arrays, allowing for compact, extremely bright illuminators. | The demanding brightness and uniformity specifications for this pen-sized hand-held dental tool were particularly challenging due to the small size requirement. |
StockerYale Advantages:
- Compact
- High Brightness
- Superior uniformity, even at close working distances
- Broad design flexibility
- Experienced LED engineers
We have unique expertise and experience in:
- Electronic control of LEDs
- On-board electronics such as strobing, temperature control, optical output monitoring
- Optical design
- Mechanical design of unique LED assemblies
- Thermally efficient substrates
- Characterization, measurement
- Science of LED lifetime
- IP and NEMA compatibility
- Cooling systems for extremely high power devices