Full Protective Fiber Laser Cutting Machine

Medical Device Laser Cutting Machine

Laser cutting machine is the most mature precision machining technology at present. Nowadays, more and more manufacturing enterprises choose equipment with fine processing and convenient operation to meet the processing needs. With the improvement of living standards, the spread of the global epidemic and the deepening of global aging, people’s demand for medical products and medical equipment is getting higher and higher, and the increasing demand for medical equipment promotes precision laser cutting equipment and promotes the medical product market. growing.

Full Protective Fiber Laser Cutting MachineThere are many precision small parts in medical equipment, which need to be processed by precision equipment. As an indispensable equipment upstream of medical devices, laser equipment has benefited a lot from the dividends of the development of the medical industry. Coupled with the huge market in the medical industry, the development of medical devices is still on the rise. Due to the high price of imported equipment, the development of domestic laser cutting equipment is relatively mature, gradually replacing the share of foreign laser cutting equipment in the domestic market.

The medical equipment laser cutting machine adopts fiber laser, adopts plate-tube tailor-welded bed, aviation aluminum extrusion beam, equipped with imported high-efficiency transmission system, high-precision dual-drive rack and pinion and linear guide rail, the equipment has good dynamic performance, fast servo response, Small thermal effect, especially suitable for sheet metal processing

Full Protective Fiber Laser Cutting Machine

Popular applications for medical device laser cutters include:

Machinery industry: agricultural machinery, textile machinery, construction machinery, medical equipment, refrigeration equipment, environmental protection equipment and other industries;

Manufacturing: automobile manufacturing, shipbuilding, elevator manufacturing, chassis cabinets, fitness equipment, mechanical parts, electrical cabinets and other industries;

Advertising industry: decoration engineering, advertising signs, steel structure and other industries;

Processing industry: sheet metal processing, furniture, kitchen utensils, household appliances, metal handicrafts, hardware tool processing and other industries;

Precision industry: aerospace, railway locomotives, precision accessories, electronic appliances and other industries.

Full Protective Fiber Laser Cutting Machine

Advantages of medical device laser cutting machine

Due to the non-contact processing, the laser beam energy and moving speed of the laser cutting machine are adjustable, and various processing can be completed.

The rich variety of processing materials is a major advantage of the laser cutting machine, which can process a series of plates such as various metals, carbon steel, stainless steel and aluminum plates.

There is no “tool” wear and no “cutting force” affecting the workpiece during processing.

The heat affected zone of the workpiece is small, the thermal deformation of the workpiece is small, and the subsequent processing volume is small.

Easy to boot. After focusing, the target transformation can be completed. Easy to cooperate with CNC system. It is a cutting method that is extremely sensitive to the processing of complex workpieces.

High degree of automation, fully enclosed processing, no pollution, low noise, greatly improving the task conditions of operators.

The system itself is a computer system, which can be easily arranged and modified, and is suitable for specialized processing, especially for some sheet metal parts with complex contours and short product life cycle. Making molds is not cost-effective from a technical, economical cost and time point of view, and laser cutting is especially advantageous.

The processing energy density is large, the action time is short, the heat affected zone is small, the thermal deformation is small, and the thermal stress is small. In addition, the laser is non-mechanical contact processing, which has no mechanical stress on the workpiece and is suitable for fine processing.

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