Auto Wheel Hub/Rim Qr Code Fiber Laser Engraver Laser Marking Equipment

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Auto Wheel Hub/Rim Qr Code Fiber Laser Engraver Laser Marking Equipment

Customization:	Available
After-sales Service:	Yes
Warranty:	12 Months

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Product Description

Basic Information

Model NO.

LBUV-400-A

Laser Visibility

Invisible

Applicable Material

Nonmetal

Cooling System

Air Cooling

Technical Class

Pulse Laser

Laser Wavelength

UV (355nm)

Laser Classification

Solid Laser

Marking Method

Scanning Marking

Working Life

20,000 hours

Production Capacity

500 Units/Month

Product Overview

The UV laser marking machine belongs to the advanced series of laser marking technology, specifically developed using a 355nm UV laser generator. By adopting three-order intracavity frequency multiplication technology, the 355nm UV focusing facula is significantly smaller than infrared lasers. This precision greatly reduces mechanical deformation of materials and minimizes heat influence during processing.

It is primarily utilized for ultra-fine marking and engraving, making it exceptionally suitable for food and medical packaging materials, micropores, high-speed division of glass materials, and silicon wafer complex graphics.

Key Features

Capable of marking characters as small as 0.1mm height and penetrating 10um micropores.
Excellent coloring effects on high polymer materials and plastics.
Zero residue, no carbonization, and no deformation during operation.
Equipped with a closed safety cover, ensuring an environmentally friendly workspace that meets export standards.

Application Fields

Electronic products and logo marking.
Mobile accessories and computer fittings.
Food industry, PVC pipes, and Pharmaceutical packaging (HDPE/PO/PP).
Flexible PCB marking and silicon wafer processing.
Removing coatings from both metal and non-metal surfaces.

Technical Parameters

Technical Specifications
Laser Wavelength	ND: YVO4/355nm
Output Power	1.5W / 2W / 3W / 5W / 8W (Customizable)
Beam Quality	M2 < 1.2
Laser Frequency	20~200 KHz
Marking Area	7070mm / 110110mm / 175*175mm
Marking Speed	≤ 9000mm/s
Min. Line Width	≤ 0.01mm
Repeated Precision	±0.003mm
Cooling Mode	Air or Water Cooling
Power Input	AC 220V (±10%) / 50Hz

Sampling & Manufacturing

Free Sampling: To determine if this machinery is the right tool for your specific application, free sampling services are provided for your materials using in-house artwork facilities.

Why Choose Our Solutions

20 years of specialized research and manufacturing experience.
Advanced R&D group with over 3000 successful case studies globally.
Strict 100% Quality Control (QC) process.
Certified by ISO, CE, and SGS standards.
Multiple utility model patents for specialized automotive and industrial marking.

Packing & Shipping

Packing: Anti-collision foam + wrapping film + Export standard wooden case.

Shipping: Main transportation by sea; air or railway options available.

FAQ

What is UV laser marking and how does it work?

UV laser marking is a non-contact process that creates precise marks by removing surface material at a microscopic level. The 355nm wavelength allows for "cold marking," which minimizes thermal stress on the material.

Is special training required to operate this machine?

The machine is controlled via user-friendly software. We provide a comprehensive operation manual with visual guides. Most operators can master the basic functions quickly without prior experience.

What kind of after-sales support do you offer?

We provide a one-year warranty for the entire machine. During this period, our technical team is available to assist in solving any operational or technical issues.

Can the machine be customized with a protection cover?

Yes, we offer customized protection covers to meet specific safety or environmental requirements of your production facility.

Are there any consumables involved in the process?

No, the UV laser marking system does not require consumables like ink or ribbons, making it a highly cost-effective solution for long-term industrial use.

What is the expected working life of the laser source?

The laser system is designed for high durability with an expected working life of approximately 20,000 hours under standard operating conditions.