In the field of precision machining, different laser power supplies are suitable for specific application scenarios due to their differences in characteristics.

The CO ₂ laser power supply is mainly designed for non-metallic material processing. With a high absorption rate of organic materials at a wavelength of 10.6 μ m, it is widely used in precision cutting of acrylic, micro hole processing of PCB boards, and medical catheter forming. Its high power stability ensures smooth cutting edges without slag. In addition, CO ₂ laser power supplies have shown outstanding performance in processes such as glass engraving and ceramic microfabrication, achieving the processing of complex three-dimensional structures through precise power modulation (response time<1ms).

Fiber laser power supplies have become the core choice for metal processing due to their high beam quality and excellent electro-optical efficiency. For example, the 6kW continuous fiber laser power module, with its high power stability, fast response, and efficient energy conversion characteristics, assists in metal cutting and welding of thick plates, laser cladding, and high reactivity material processing in the field of industrial precision machining.

Semiconductor laser power supplies, such as radium source short pulse semiconductor power supplies and long pulse semiconductor power supplies, are commonly used for plastic welding and surface heat treatment due to their compact structure and low energy consumption. For example, they are used for sealing welding of automotive sensor housings or hardening of gear tooth surfaces, and their wavelength adjustability is suitable for various material absorption spectra. Short pulse semiconductor power supplies (microsecond level) perform excellently in electronic component micro marking, semiconductor thin film precision peeling, and non-destructive processing of brittle materials due to their high peak power and ultra short operating time; Long pulse semiconductor power supplies are widely used in precision electronic welding, metal surface modification, and plastic welding of medical devices.

ND: YAG laser power supplies are known for their high peak power (in kilowatts) and microsecond level pulse control, specializing in difficult metal microfabrication, such as group hole drilling of air film holes on aerospace engine blades or texture etching of precision molds. Their short pulse characteristics can effectively suppress thermal deformation.

Radium Source covers the entire spectrum of requirements from micro level cold processing to macro precision manufacturing through differentiated performance combinations of these four types of power sources, promoting the development of precision machining towards higher efficiency and lower damage.

In the field of precision machining, portable handheld laser marking machines and portable handheld laser cleaning machines have become important tools in modern manufacturing processes due to their high precision, non-contact, and portable flexibility.

Handheld laser marking machine is mainly used for fine marking on the surface of products, such as QR codes, serial numbers or brand logos. It is suitable for various materials such as metal, plastic, ceramics, etc., ensuring product traceability and anti-counterfeiting requirements. It is widely used in high-precision industries such as electronic components and medical devices. The handheld laser cleaning machine uses laser to quickly remove oxide layers, oil stains, coatings, or residues on the surface of materials. It is suitable for scenarios such as mold repair, welding pretreatment, and precision part cleaning, especially for high value-added industries such as aviation and automobiles that require strict surface integrity.

Both portable handheld laser marking machines and portable handheld laser cleaning machines have the advantages of non-contact, high precision, and portability, improving processing efficiency and environmental friendliness, and meeting the high standard requirements of precision manufacturing.