Split UV Laser Marking Machine
Model: HY-UV5
Type: UV Marking Machine
Products Introduction: Mark large or irregularly shaped objects with ease using the separated marking head. Experience versatile and precise direct marking on various materials. Elevate your marking capabilities with this advanced split-design UV laser solution.
Product Feature
- Versatile Split Design: The separated marking head enables effortless marking on large, uneven, or challenging surfaces. Achieve consistent and accurate results, even on irregular objects, expanding your marking possibilities.
- High-Precision Marking: Equipped with advanced UV laser technology, this machine ensures micron-level precision. From intricate designs to fine text, achieve detailed markings with impeccable clarity, making it ideal for industries requiring exacting standards.
- Enhanced Flexibility: The split configuration offers unparalleled flexibility. Easily adapt the distance between the marking head and the object for optimal focus, accommodating various material thicknesses. This adaptability streamlines the marking process and guarantees outstanding results.
Product Details
Machine Optional Parts
Specification
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Model |
UV3W |
UV 5W |
UV 10W |
UV 15W |
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Wave length of laser |
355nm |
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Laser output power |
3W |
5W |
10W |
15W |
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Marking speed |
400 characters per second |
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Beam quality |
<1.1 |
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Repeated accuracy |
±0.001mm |
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Working area |
110×110mm/150×150mm/175×175mm/200×200mm/ 250×250mm/300×300mm |
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Machine power |
800W |
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Minimal character |
0.1mm |
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Cooling ways |
Water cooling /Air cooling |
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Power supply |
AC220V/ 50Hz/2kVA, AC110V/ 60Hz |
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Minimum line width |
0.015mm |
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Support format |
PLT, BMP, DXF, JPG, TIF, AI etc |
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Cooling system |
Water cooling |
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Pulse width |
4-200ns |
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Video Show
Applicable
Applicable materials:
Plastics: ABS, PVC, polycarbonate, polyethylene, polypropylene, etc.
Glass: Glassware, automotive glass, architectural glass, etc.
Metals: Stainless steel, titanium, some coated metals, etc.
Ceramics: Ceramic tiles, electronic components, kitchenware, etc.
Semiconductors: Microchips, wafers, semiconductor devices, etc.
Organic Materials: Wood, leather, paper, fabrics, etc.
Applicable industries:
Electronics & Semiconductors: Marking PCBs, microchips, semiconductor wafers, etc.
Medical Devices: Marking surgical instruments, implants, medical equipment, etc.
Automotive: Marking engine components, panels, interior trims, etc.
Jewelry & Watches: Engraving logos, serial numbers, and personalized details on jewelry and luxury watches.
Glass & Ceramics: Marking on glassware, architectural glass, ceramic products, etc.
Packaging: Marking on various plastics used in packaging materials for branding and identification.
FAQs
UV laser marking is environmentally friendly, as it does not use hazardous chemicals or produce harmful byproducts.
Yes, UV lasers can mark on medical implants for identification and traceability purposes.
UV lasers offer non-contact marking, high precision, and faster processing times compared to methods like mechanical engraving.
Yes, UV lasers can mark on rubber and elastomer materials with precise and clean marks.
UV laser marking machines use air or water cooling systems to dissipate excess heat generated during operation.
