Focus on the research and development of laser application technology in subdivided industries, and provide overall solutions and equipment for laser application.
Plastic Processing
Release time:
2024-07-15
The widespread use of plastics in various industries has created a need for high-precision, micro-fabrication tools. Laser technology plays a key role in this field, providing advanced solutions for the production of plastic processing and micromachining tools.
Microinjection tools are often required to have complex geometries, which may be difficult to achieve under conventional methods. Laser micromachining equipment can manufacture tools with highly fine structures, such as micro connectors and micro turbines. In addition, for applications that require very small holes and microstructures, ultra-high-speed lasers can be processed with high precision. This is very effective for manufacturing tiny plastic parts, such as micro pipes, through holes and micro-structures.
Special surface structure: Some plastic components may need to have special surface structures, such as micro-patterns or micron-scale textures. Laser technology enables precision processing of plastic surfaces to create the special structures required.
The application of these laser technologies has promoted the development of micro-manufacturing tools in the plastics industry, providing more flexible, precise and efficient solutions for various industries. This is of great significance to meet the changing and increasing market demand, especially in the field of micro-component manufacturing.
Application example
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