Product Details
Product Description
Water Bottle Laser Marking Machine 9.3 µm short-pulsed laser energy renders enamel caries resistant with and without additional fluoride use which special used for water bottles.
Advantages:
- Marking Fast
- Permanent identification
- No supplies
- Non-contact does not produce mechanical stress
- Computer-controlled automatic marking
- Long-life technology of up to 100,000 hours
- Red light preview-WYSIWYG
Product Parameters
10.6 µm |
10.2 µm |
9.3 µm |
This wavelength works well for most common marking, engraving, and cutting applications. |
• Polypropylene Films (OPP, CPP, PP), commonly found in labels and packaging, can achieve 2.5 – 4X speed increases when cutting or perforating at this wavelength.
• Glossy Paperboard Packaging can be marked with higher contrast at this wavelength, since the package includes a polypropylene surface layer. |
• PET Plastic comes in many forms. It is commonly used as rigid packaging (water or beverage bottles especially)
• Polarize Films for LCD Displays can be cleanly cut with minimal melting or HAZ using a high peak power version of this wavelength.
• Polymerize (Clapton) Films are commonly used in electronics.
• FR4/FR2 PCBs all tend to char when laser cut or drilled. A high peak power version of this wavelength significantly reduces the effect for higher quality results.
• Polycarbonate is used across a variety of industries for its durability.
• Pebax Plastic is often found in medical tubing.
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Note that while the 10.2 and 9.3 µm wavelengths excel in processing certain materials, they are also capable of processing more common materials as well. If you plan to process a variety of materials, an Applications Engineer can help select the optimal wavelength for your needs.
Applications
http://www.whamark.com/