Every plant species has evolved under specific light conditions, and optimizing the spectral composition of artificial lighting can dramatically improve growth rates, yield, nutritional content, and appearance. Our custom spectrum design service leverages a decade of photobiology research and semiconductor engineering.
The process begins with understanding your objectives. Are you maximizing biomass for fresh-cut production? Increasing specific compound concentrations for extraction? Controlling plant morphology for transplant quality? Each goal requires a different spectral strategy.
Our spectrum engineering capability spans the full photosynthetically active range (400-700nm) plus UV-A/B (280-400nm) and far-red (700-780nm) bands. We stock diode bins from Samsung, Osram, Seoul Semiconductor, Lumileds, and Bridgelux across this entire range. Common spectral modifications include: blue ratio adjustment for compact growth, red peak optimization for photosynthetic efficiency, far-red supplementation for flowering control, and UV-A inclusion for secondary metabolite stimulation.
Prototyping validates every custom spectrum before production commitment. We fabricate sample PCBs with your specified diode recipe, measure the actual spectral power distribution using our Everfine HAAS-2000 integrating sphere, and conduct grow trials in our partner research facilities.
Integration with our fixture platforms ensures your custom spectrum is manufactured reliably at scale. Whether your recipe is implemented on quantum boards, grow light bars, or foldable fixtures, our production team maintains strict diode binning protocols.
Cost implications of custom spectra are generally modest — typically 5-15% above standard models depending on diode selection and complexity. For commercial growers, this incremental cost is quickly recovered through improved yield and quality.
Service Highlights
- Crop-specific light recipes
- Full wavelength range 280-780nm
- Prototype grow trials
- LM80 lifetime validation
- 5-15% cost premium
- Production scale consistency
Service Process
1. Consultation
Discuss requirements, target market, specifications, and volume expectations.
2. Design
Engineering team creates technical proposals, 3D models, and sample plans.
3. Sampling
Prototype production, testing, and customer validation before mass production.
4. Production
Manufacturing with strict QC, progress updates, and pre-shipment inspection.
