Solar Panel LDI Laser Direct Imager

Solar Panel LDI Laser Direct Imager

1. McLantis laser directing imaging system is designed for high quality solar panel direct imaging.

2. It saves on labor and mask cost for customer.

3. It reduces complexity by removing one process step of mask preparation.

4. The better performance with overlay and CD uniformity control has made the systems the best solution for imaging mass production of solar panel.

ModelMAC-DSP-DI50EMAC-DSP-DI30EMAC-DSP-DI18E
Light SourceFiber Coupled Laser + DMD
Laser Power24 Watts
Wave Length395nm - 415nm UV sensitive
Imaging MaterialSolar panel coated with photoresist
Supported SubstrateMax: 1200x1300mm Min: 250x250mm
Substrate Thickness0.05mm to 5mm
Minimum Line Width / Line Distance50um / 50um30um / 30um18um / 18um
Line Width AccuracyWithin 4um
Depth of focus300um
Layer Alignment Accuracy20um
Outer Layer Alignment Accuracy10um
Repeat Accuracy2um
File FormatGerber274X, Gerber274D, ODB++
Productivity (535x610mm, 20 mj/cm2)39s / side39s / side42s / side
Machine dimension2800x1700x1590mm
Machine Weight3500 KG

Frequently Asked Questions

Which models of Solar Panel LDI Laser Direct Imager are available?

MAC-DSP-DI50E / MAC-DSP-DI30E / MAC-DSP-DI18E

What are the key specifications of Solar Panel LDI Laser Direct Imager?

Light Source: Fiber Coupled Laser + DMD; Laser Power: 24 Watts; Wave Length: 395nm - 415nm UV sensitive; Imaging Material: Solar panel coated with photoresist; Substrate Thickness: 0.05mm to 5mm; Minimum Line Width / Line Distance: 50um / 50um; Line Width Accuracy: Within 4um; Depth of focus: 300um; Layer Alignment Accuracy: 20um; Outer Layer Alignment Accuracy: 10um; Repeat Accuracy: 2um; File Format: Gerber274X, Gerber274D, ODB++

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