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The widespread use of plastics in a variety of industries has created a demand for high-precision, miniature manufacturing tools. Laser technology plays a key role in this field, providing advanced solutions for plastics processing and the production of micro-machining tools.
Miniature injection molding tools often require complex geometries that may be difficult to achieve with traditional methods. Laser micromachining equipment allows for the manufacture of tools with highly detailed structures, such as micro connectors and micro turbines. In addition, for applications that require very small holes and micro structures, ultra-high speed lasers allow for high-precision machining. This is very effective for manufacturing tiny plastic components such as micro-pipes, through-holes and micro-structures.
Special Surface Structures: Some plastic components may require special surface structures, such as micro-patterns or micron-sized textures. Laser technology enables the precision treatment of plastic surfaces to create the desired special structures.
The use of these laser technologies in the plastics industry is driving the development of micro-manufacturing tools that provide more flexible, precise and efficient solutions for a variety of industries. This is important to meet the ever-changing and increasing demands of the market, especially in the field of micro-component manufacturing.
