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Two-photon desktop machine
| System parameters | |
| Minimum line width | ≥800nm |
| Processing area | ≤80mm*80mm |
| Gray level | ≤ 512 orders |
| Minimum surface roughness | ≤30nm |
| Scanning speed | ≤ 100mm/s * number of channels |
| Base size | ≥2inch |
General parameters
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System Parameters |
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Femtosecond laser |
1. Pulse energy:≥ 0.01mJ@1MHz |
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2. Average power: 10W@1MHz |
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3. Pulse width<300fs |
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4. Repetition frequency: 1Hz~1MHz |
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5. Processing beam center wavelength 517nm |
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| High precision displacement table |
1. Controllable in six dimensions (X Y、Z、θX、θY、θZ) |
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2. Translation stroke 100mm× 100mm× 20mm |
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3. Translational repeatability positioning accuracy± 75nm |
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4. Rotation repeatability positioning accuracy≤ 0.001° p> |
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| High precision kilometer level fiber optic automatic processing module |
1. Suitable for fiber diameter range of 100-250 μ m; m |
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2. Maximum fiber feeding speed of 50m/min |
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| lens |
Support processing of various objective magnifications such as 20X, 50X, 60X, and 100X |
| Processing characteristics |
1. Crystal surface processing line width less than 200nm |
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2. Fiber Bragg Grating Processing Single Grating Maximum Processing Length 15mm |
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3. The grating processing cycle is less than 1μ m |
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| Optional module |
1. Spatial light modulator |
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2. Refractive index characterization module |
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3. High speed scanning galvanometer |
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4. High precision focal plane automatic tracking module |
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5. Polymer material lithography system |
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| Software Configuration |
1. Support importing multiple processing graphics |
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2. Software support structure design and scripting programming |
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3. For fiber Bragg grating engraving processing, it supports various processing methods such as point by point scanning, line by line scanning, apodization scanning, multi-core parallel scanning, etc |
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4. Support automatic identification, alignment, and angle adjustment of fiber cores |
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