7 Parallel Lines
A Diffractive Optical Element (DOE) is an advanced micro-nano optic that uses precision-etched surface structures to control laser phase. After passing through a DOE, the beam undergoes diffraction and interference to form designed patterns such as uniform spots, multi-lines, or dot matrices — the core technology for customized beam shaping.
Features
Excellent Gaussian distribution
No hot spots, stable imaging
Highly customizable
Uniform intensity distribution
Specifications
| Pattern Description | 7 parallel lines |
|---|---|
| Optimum Wavelength Range | 530–670 nm |
| Design Wavelength | 635nm |
| Pattern Size @100mm @ Design Wavelength | W: 38.2 mm, H: 38.2 mm, D: 54.0 mm, L: 6.4 mm |
| Divergence @ Design Wavelength | W: 21.6°, H: 21.6°, D: 30.2°, L: 3.6° |
 Drive Mode | ACC / APC |
| Operating Temperature | -10~50℃ |
| Storage Temperature | -40~80℃ |
Applications
Solutions
A Diffractive Optical Element (DOE) is an advanced micro-nano optic that uses precision-etched surface structures to control laser phase. After passing through a DOE, the beam undergoes diffraction and interference to form designed patterns such as uniform spots, multi-lines, or dot matrices — the core technology for customized beam shaping.
