Three Core Technologies

From Material Synthesis to Precision Coating

Full-Stack Optical Technology Platform

Our next-generation Bio-Light technology combines light-conversion materials,
precision design, and advanced processes.

Core Technology 1

Light-Extraction Materials Technology

We synthesize proprietary materials that extract light trapped inside LEDs and formulate uniform coatings for a range of base LEDs. 20% or more significantly reducing energy waste.

Before Coating

After Coating

Core Technology 2

Light-Conversion Material Blending Technology

We formulate proprietary blends of light-conversion materials that can produce a wide range of spectra, including near-infrared light.

Proprietary light-conversion material blending technology
(quantum dots, nanophosphors, raw materials, etc.)

Core Technology 3

Per-Chip Precision Dispensing and
Coating for Full-Spectrum Production

Any target spectrum can be produced by precisely controlling the mix of R, G, B, and NIR wavelengths. In particular, the productivity-enhancing NIR range can be applied in the same coating pass.

Dispensing & coating (on LED)

유튜브 아이콘Dispensing Video

Virtually Unlimited Spectrum Combinations:
Crop-Specific Spectrum Finder for Optimal Growth

Single-Pass Coating Including the NIR Range (Example)

Light-Extraction and Light-Conversion Materials with a Full-Spectrum 1:1 Precision Process

Affordable, General-Purpose
(Base WLED Chip)

Material Dispensing
(Light-Extraction + Light-Conversion Materials)

Curing
(High-Reliability Curing)

Finished Product
(High-Efficiency Full-Spectrum LED)

Benefits of Our Core Technologies

Improved Luminous Efficacy
Approx. 20% or More
Reduced Electricity Costs
Growth-Promoting Effect
NIR Included
Optimized Spectrum
High Reliability
Precision coating ensures
long-term stability
Differentiated Materials Expertise
Proprietary development and blending of light-extraction and light-conversion materials
Precision Coating Expertise
Uniform spectra through 1:1 precision dispensing
Full-Spectrum Solutions
Custom solutions spanning visible light and the NIR range
One-Stop Production System
An integrated process from development and coating to curing and completion
TECH STORY

The Decisive Difference Between Existing LEDs and LEDON

The difference between separating wavelengths and engineering them translates directly into differences in productivity and efficiency.

KEY DIFFERENCE

Results come from an engineered spectrum—not disconnected wavelengths.

Conventional LEDs combine separate wavelengths. LEDON engineers visible light and near-infrared into one continuous spectrum for superior growth performance.

Conventional LED
Combination of Discrete Wavelengths
Fragmented Wavelength Coverage
Conventional LED spectrum graph
Growth under conventional LED
Growth Under Conventional LEDs
LEDON TECHNOLOGY
Continuous Spectrum Engineering
Integrated Light Closer to Nature
LEDON spectrum graph
Growth with LEDON
Growth with LEDON
KEY DIFFERENCE

Results come from an engineered spectrum—not disconnected wavelengths.

Unlike conventional systems that require multiple individual LEDs and complex control, LEDON reduces component count and maintenance costs to lower total production cost.

Conventional LED
Multiple LEDs & Drivers
Complex Control System
R
R
G
G
B
B
IR
IR
Multiple Drivers
Complex Controller
Key Light Source Multiple Expensive Specialty LEDs
(R, G, B, IR)
Manufacturing Cost
100% (Baseline)
Light Distribution
Concentrated at Specific Wavelengths (Uneven)
NIR Uniformity:
Low
High Low
40~50cmRecommended Distance
Greater Distance Increases Power Consumption
LEDON TECHNOLOGY
Continuous Spectrum Engineering
Efficient System
WHITE
White LED
+
Nano
Material
Nano Material
Key Light Source Standard Low-Cost White LED
+ Nano Material
Manufacturing Cost
90% ↓ (vs. Chip Cost)
30% ↓ (vs. Luminaire Cost)
Light Distribution
Uniform Full-Spectrum Distribution (Gentle Irradiation)
NIR Uniformity:
Very High
High Low
25~35cm(Approx. 20–30% Shorter Than Conventional)
Closer Illumination for Power Savings
LEDON chatbot
LEDON chatbot