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Water Bottle Laser Marking Machine

Delivery term:The date of payment from buyers deliver within days

Price:
Negotiable
minimum:
Total supply:
Delivery term:
The date of payment from buyers deliver within days
seat:
Hubei
Validity to:
Long-term effective
Last update:
2022-02-13 22:12
Browse the number:
248

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Company Profile

Wuhan Amark Technology Co., Ltd: Contact:
whamrk(Mr.); Email:; Telephone:; Phone:; Area:
Hubei; Address:
A200, Building 8, SBI Chuangye Street, Dongxin Road, Wuhan East Lake High-tech Development Zone, China 430223; Website: http://www.whamark.com/ http://whamrk.approvedenergyassessments.com/

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.

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.