Senfeng has set up a laser cladding technology research and development center and a production and processing center. Based on the application requirements of a large number of domestic and foreign customers, we can customize the development process and core equipment, and have the ability to provide customers with industrial application technology services, including powder material selection, equipment configuration, process control, technical support and upgrade services, etc.
Professional Technical Team
There are top innovation and entrepreneurship leaders from the Ministry of Science and Technology of the People’s Republic of China, and several master and doctoral tutors from excellent universities. They have presided over and participated in a number of key research and development projects, published several papers in domestic and foreign academic journals, and owned several invention patents. They have always loved and committed to the research and development of laser cladding technology, using their professional knowledge and technology, as well as rigorous logical thinking ability, to constantly try and innovate, providing reliable technical support and updating excellent laser cladding application solutions.
Qualifications and Honors
We have nearly 300 technical patents
Self-developed Laser Equipment
Senfeng cladding adopts the self-developed laser source, electronically controlled water cooler, motion trajectory control unit, feeding unit, etc., and is committed to realizing laser metal cladding more efficiently.
Powder
Senfeng conducts suitable selections of alloy powder materials according to the working conditions of the workpiece and the characteristics of the substrate.
(Iron-based alloy powder is suitable for parts that require local wear resistance and are easily deformed. Nickel-based alloy powder is suitable for components that require local wear resistance, heat corrosion resistance and thermal fatigue resistance. Cobalt-based alloy powder is suitable for parts requiring wear resistance, corrosion resistance and thermal fatigue resistance.)
Laser Cladding Process
Laser cladding technology can add a lot of performance to the workpieces, and can fuse many materials according to the performance requirements, such as alloys of various components, metal composite materials, etc., so that the workpiece material has the structure and properties that are not available in conventional processing.
Corrosion and wear resistance
The coating of strengthened parts is formed by laser metal cladding with laser powder to make it resistant to salt water, chemical substances or weather.
Metal additive
Laser metal cladding with auxiliary materials can form new structures or modify existing components’ shape and surface structure. Even large-format parts that do not fit within the forming area of the 3D printer can be completely produced in this way.
Repair
Want to achieve more added value? Laser metal cladding can quickly and easily repair expensive parts or molds. Large and small damages can be repaired quickly and almost without marks. You can also change the design to save time, energy, and materials. Especially for expensive metals, such as nickel or titanium, it is quite worthwhile.
