Step 1: Define Light Spectrum
Step 1: Define Light Spectrum

You specify the spectrum (wavelengths and intensity).

We optimise the LED combinations through software simulations.

Step 2: Define Light Distribution
20° Axial
20° Axial
30° Axial
30° Axial
60° Axial
60° Axial
90° Axial
90° Axial
47° Off-set
47° Off-set
52° Off-set
52° Off-set
60° Off-set
60° Off-set
128° x 67° Off-set
128° x 67° Off-set

You specify the illumination area (distance and geometry).

We develop the optical design and illumination strategy.

Step 3: Define Lighting System
Apperance
Apperance 1
Apperance 2
Technical Drawing
EXC-MS-X176
EXC-MS-X250
Performance

Power

（W）

Voltage

（V）

LED series

Max. Units

（PCS）

Module Efficiency

（lm/W）

System Efficiency

（lm/W）

50W48505024177160
60W48505024173156

Power

（W）

Voltage

（V）

LED series

Max. Units

（PCS）

Module Efficiency

（lm/W）

System Efficiency

（lm/W）

60W48505040185166
70W48505040183164
80W48505040180162

You specify the hardware requirements (modularity and control system). 

We select the appropriate components for seamless integration.

Step 4: Define Optical Coatings (Optional)
Optical 1
Optical 2

You specify the coating requirements (diffusion and wavelength transmission). 

We formulate the optical coating strategy.

Partners

Imperial
Queen Mary
南昌大学
深圳大学
Esox
SDEM
Otaychem