你不能不知道的塑料激光切割机的这些优点

Small laser die-cutting machines stand out in the modern processing industry with their unique characteristics. First of all, their most notable feature is high precision, which can achieve accurate die-cutting of tiny and complex graphics, ensure smooth product edges and precise dimensions, and meet high-precision processing requirements.

Secondly, small laser die-cutting machines have high-efficiency production capabilities. Laser technology greatly increases the die-cutting speed, while reducing the tool replacement and debugging time required for traditional die-cutting, thereby significantly improving production efficiency.

In addition, the equipment shows extremely high flexibility. It can not only process a variety of materials, such as paper, film, plastic, etc., but also easily adapt to materials of different thickness and hardness to meet diverse die-cutting needs.

Finally, the small laser die-cutting machine has a compact design, small footprint, easy installation and movement, and is particularly suitable for processing environments with limited space. At the same time, its intelligent operation interface makes the operation easier and reduces the difficulty of operation.

In summary, the small laser die-cutting machine has become an indispensable and important equipment in the modern processing industry with its high precision, high efficiency, high flexibility and compact design.

The small plastic laser welding machine is an economical plastic laser welding equipment that can perform rapid welding of general workpieces. It has the characteristics of high speed, simple operation and high stability. It is currently a popular product!

Equipment advantages

■ Fast welding speed, non-contact welding;

■ High degree of equipment automation, easy to handle plastic parts processing;

■ Strong welding, smooth edges;

■ Can produce airtight or vacuum sealed structure;

■ Small thermal damage and thermal deformation;

Sample display

Product Application Overview:

Heating sheet, a sheet-shaped electrical component, is mainly used to efficiently convert electrical energy into heat energy. Thanks to its cost-effectiveness, ease of use and installation, and environmentally friendly characteristics, this component has been widely used in many heating applications.

Product Highlights:

Made by chemical etching technology, this heating sheet is exquisitely designed, with smooth edges and no burrs, smooth and wrinkle-free surface, and can maintain the stability of resistance value. Its manufacturing process is efficient, quality control is strict, cost-effective, and cost-effective.

Heating sheet etching advantages:

Through chemical etching technology, the film of the resistance heating sheet can be quickly drawn within two hours, greatly reducing costs and production cycles. This technology also supports half etching on the metal surface, which is convenient for adding company logos, strengthening brand recognition, and preventing counterfeiting.

Etching technology accuracy:

This process can ensure high-precision processing of resistance heating sheets with an accuracy of up to 5 microns, ensuring the stability of processing quality, clear batches, and strict quality control to meet the specific requirements of different customers for resistance values.

Process characteristics:

Laser etching process can avoid burrs, indentations and deformation of products, maintain material properties, and not damage product functions. For products that require high surface finish, this process can effectively overcome the limitations of methods such as stamping, wire cutting and laser cutting, providing higher precision and incomparable advantages.

Application areas of heating sheets:

1. Heating plate of thermal transfer machine;

2. Heating sheet of baking cup (plate) machine;

3. Heater for oil drums;

4. Heating sheet of heat sealing machine;

5. Heating and heat preservation of medical equipment;

6. Heating of chemical pipelines;

7. Heating of large equipment;

8. Semiconductor processing equipment;

9. Heating and heat preservation of various mechanical instruments;

10. Medical equipment, such as blood analyzers, respiratory therapy devices and hydrotherapy;

11. Antifreeze of military facilities, aircraft instruments and hydraulic equipment;

12. Battery heating;

13. Application of catering equipment;

14. Heating and heat preservation of various mechanical instruments and meters, etc.