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Amber LED Lighting

Kenall Offers Lighting for Photosensitive and Semiconductor Manufacturing Applications

It is well-known that UV light is damaging... but even normal white light encompasses some damaging shorter wavelengths. Therefore, life sciences and manufacturing use Amber LED Lighting to avoid negative outcomes resulting from overexposure to the shorter wavelength found in ordinary light.

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Amber LED Lighting Video


Why Amber LED Lighting over Filtered Fluorescent Lighting?

Various applications demands a high standard of cleanliness and ingress protection, in addition to a special wavelength of light, Kenall’s Amber LED Lighting products utilize the best attributes of our white-light sealed fixtures and deliver them in switchable luminaires. This allows sensitive processes to continue, or even improve, unhindered by ordinary ambient light.


The Benefits to Using Amber LED Lighting

  • Protect photosensitive processes used in the semiconductor manufacturing industry and nanotechnology research
  • Increase cell viability at IVF clinics
  • Reduce possible damage to delicate DNA during stem cell transplant procedures
  • Prevent damage to light-sensitive ingredients in pharmaceutical manufacturing and compounding

Competetive Edge - Amber LED Lighting

Lab Technician Works on Photosensitive Materials under Amber Lighting

Amber Lighting for Semiconductor Manufacturing

Amber lighting is used where photosensitive processes are being used. This special amber light, or 570nm, is used in applications where photochemically sensitive materials are being used or manufactured to prevent inadvertent exposure to damaging UV and blue light. A perfect application for Amber LED lighting is semiconductor manufacturing.
Intel’s CORE-I7 processor chips, for instance, are built with circuitry measuring 14 nanometers — half the size of a virus. Manufacturers use lithography, a printing process similar to photography, to make such small circuits. Coatings or emulsions are placed on the product surface and a positive or negative image of the desired structure is miniaturized and projected onto the substrate using UV light. The UV light changes the coating into a solid, allowing the unexposed area to be washed away. The resulting hardened structure is typically just one layer of many within a semiconductor that makes up the circuit pathways or transistors. Using amber light prevents premature hardening of the coatings, improving quality and yield.

Amber Lighting for Medical Research & Treatments

Amber Lighting also protects sensitive biological work, research and medical treatments. Although ordinary light does not have a negative effect on large organisms, it can damage DNA or create unwanted chemical reactions in individual live cells. The smaller the structure, and the more exposed to ordinary light, the more negative effects can be seen. The restricted spectrum of light found in Amber light helps provide improved outcomes during in-vitro fertilization and stem cell transplant work. Amber light also protects pharmaceuticals during manufacture and storage. UV and some short-wavelength visible light can create unwanted chemical reactions, prematurely degrading medications.