Laser Cleaner
Product Description
Advantages of Laser Cleaning in the Semiconductor Industry
- High-Precision Cleaning: Removes tiny contaminants (tin dross, photoresist residues, etc.) without damaging the substrate
- Non-Contact & No Consumables: Suitable for compact devices like smartphones
- Improves Yield Rate: Ensures conductivity and product stability
- Removes Micro Contaminants: Eliminates nano-scale particles and organic residues.
- Eco-Friendly & Cost-Effective: No chemical solvents, reducing pollution and disposal costs.
- Wide Application Range: Used for wafer, packaging, probe card, and PCB solder joint cleaning
- Precise Control: Adjustable laser parameters for optimal cleaning results Laser cleaning technology is widely used in semiconductor manufacturing due to its efficiency, precision, and eco-friendly nature, enhancing yield rate and process stability
Laser Cleaner Use Cases in Semiconductor
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Pogo Pin Cleaning
Before After 
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Finger Pin Cleaning
Before After 
Product Specification
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Max output power (1064nm)
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When 1.5 Watts, corresponding to each energy is greater than 0.3 joules
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Output power adjustment range (1064nm)
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0.7 Watts to 1.5 Watts
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Laser pulse width (1064nm)
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below 50 ns (FWHM)
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Operating temperature
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between 15~40°C
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