紫外激光打标机激光弱，打标不均匀是什么原因

激光射束适合于几乎所有热塑性塑料部件和热塑性弹性体的焊接。即便是玻璃纤维或各种不同的材料也可以使用激光焊接。

激光穿透性:塑料的光学属性会收到结晶、填料、材料厚度和表面结构的影响。具有合适填料的近表面层可实现激光射束的最佳吸收，对于激光射束来说，本身塑料是透明的。

设备优点:

1. 非接触式的灵活结合工艺  

2. 待焊接的部件承受最小的热应力   

3. 无机械压力4.焊缝的几何形状简单  

4. 无粉尘溢料  

5. 无振动作业  

6. 焊缝外观美观  

7. 高度精密

8. 焊缝强度高  

9. 无夹具损耗

Laser hollowing engraving machine can improve engraving efficiency, make the engraving surface smooth and round, quickly reduce the temperature of engraved non-metallic materials, and reduce the deformation and internal stress of the engraved objects.

The rotary engraving attachment is specially designed for customers because the materials are irregular. Whether it is a bar with a regular round shape or only a part of it is a regular round or flat bar, engraving is very convenient.

According to the different processing objects of users, professional accessories can be configured in various processing occasions, such as aluminum or iron honeycomb bottom plates with different apertures, metal grids with different gaps, and negative pressure adsorption devices for soft materials.

The automatic lifting platform designed for thick material engraving and cutting requires users to engrave different thick materials at will, which is convenient and fast.

Laser hollowing engraving machine application materials:

Applicable to bamboo, wood, crystal, horn, paper, plexiglass, marble, cloth, leather, rubber, plastic and other non-metallic materials, luggage companies and shoes.

The Guanli laser cutting and engraving machine of the material manufacturer integrates cutting, engraving and hollowing, and is suitable for the processing of various leather materials: high-end shoes, bags, leather clothes.

Cut special shapes, no burrs, standard size, small error (0.1mm), soft effect, no hard feeling of high frequency or die cutting. Can also be leather.

Depict special effects or patterns to make the finished product more delicate and unique.

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.