3D UV Laser Marker
3D UV Marker
Products Description
A 3D UV marker is a type of marking system that utilizes UV technology to mark, etch, or engrave various surfaces in three dimensions. This advanced marking technology allows for the creation of complex patterns and designs on a wide range of materials, including plastics, metals, glass, and ceramics. UV lasers offer 'cold marking' with minimal heat-affected zones, making them suitable for marking heat-sensitive materials without causing damage.
Key traits of a 3D UV marker include:
High precision and detail: The ability to create intricate, high-resolution marks and patterns with great accuracy makes 3D UV markers suitable for applications that demand high-quality marking.
Versatility: 3D UV markers can be used on a wide range of materials, such as plastics, metals, glass, and ceramics. Their ability to adapt to surface contours and irregularities allows for accurate marking on highly varied and complex shapes.
High-quality marks: The marks produced by UV lasers are high-contrast, durable, and resistant to wear, ensuring their longevity even in harsh environments.
'Cold markings': The short wavelength of UV lasers results in 'cold markings,' minimizing the heat-affected zone and making 3D UV markers suitable for heat-sensitive materials.
Fast processing time: The speed and accuracy of 3D UV markers enable efficient marking, particularly for large-scale production runs or detailed work requiring higher throughput rates.
Some potential applications for 3D UV markers include:
Microelectronics: Labeling and marking of electronic components, PCBs, and semiconductor wafers.
Automotive industry: Marking and engraving of various automotive parts, such as engine components, electrical components, and small metal parts.
Medical devices: Precise marking of surgical instruments, implants, and other medical equipment.
Aerospace: Component marking, traceability, and identification on aircraft parts, including those made of heat-sensitive materials.
Consumer goods and packaging: Creating high-quality, intricate designs on products and packaging materials.
When choosing a 3D UV marker, consider factors like marking capability, material compatibility, precision, speed, software compatibility, and ease of integration into your existing production process. An investment in a reliable 3D UV marker can lead to increased efficiencies and cost savings in various industries where identification, traceability, and decorative marking are required.
comparison of Technical parameters
| Modle | DS-UV3W/ DS-UV5W/DS-UV10/DS-UV15 |
| Wave length of laser | 355nm |
| output power | 3W,5W,10W,15W |
| Marking speed | 400 characters per second |
| Beam quality | <1.1 |
| Repeated accuracy | ±0.001mm |
| Working area | 70*70MM,110*110mm 150*150mm 175*175mm 200*200mm optional |
| Machine power | 800W |
| Minimal character | 0.1mm |
| Cooling ways | Force-air Cooling |
| Power supply | 220V/ 50Hz/2kVA |
| Minimum line width | 0.015mm |
| Support format | PLT, BMP, DXF, JPG, TIF, AI etc |
| Process Material | Glass Plastic Crystal Non-metal Materials etc. |
| Cooling system | Air cooling or water cooling selection |
| Package Size | 132CM L X76CM W X158CM H |
| 70 Gross Weight | 240KG |
Detail description
3D UV Marker a new and leading technolgy used for marking on products with curved surface, such as round bottles,cups,tumblers, different height,concave,convex.
Because of 355nm short wavelength, so it hurts material less compared with traditional fiber or CO2 beam. especially good for marking on sensitive material, for example, mark on plastic materials and glass material, its processing quality is quite perfect, there`s no rougn feeling when you touch it by fingers. so it is widely used in packaging industries, gift and sign industries,glass products industries.
3D UV marker suitable for processing materials with large thermal radiation reaction. It can cooperate with production lines, automatic loading and unloading, automatic feeding and discharging. It is mainly used for ultra-fine marking and engraving.
It is especially suitable for high-speed division and alignment of food, pharmaceutical packaging, and glass materials. Silicon wafers for complex pattern cutting and other applications
Samples show
Workshop of one corner
Packing&shipping
Certificate
Unpacking Caution
Every marking machine has been rigorously tested at the factory, only qualified product for shipment. When you receive the freight, please check as follows. If you have any questions, please contact the agent or staff at DOTSLASER.
● Whether there is damage or deformation during transport.
● Confirm that all of the items on the packing list are correct.
● Confirm that the model of the product matches the nameplate(Operating voltage and KVA number).
● Make sure that all clamps are tight and that there are no foreign objects in the device.
● Confirm the operation buttons, switches are normal.
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