​Requirements for Axis to Axis Surface Treatment Process of Robots:

Requirements for Axis to Axis Surface Treatment Process of Robots:

Dalian Metal Surface Treatment: According to new IHS data, the average size of LCD TVs sold in the Chinese market is the largest in the world, reaching 46.7 inches in 2017 and growing by 2 inches annually since 2015. In addition, Zhongyikang predicts that the sales of 65 inch and above large screen TVs will reach 4.5 million units this year, a year-on-year increase of 47%. The future growth space of the 65 inch and above large screen market will continue to increase. Some steel mills use surface treatment techniques for rough processing, which cause significant pollution and serious environmental problems, which has caught the attention of the government. In fact, as long as those waste recycling manufacturers adjust their industrial structure, rectify and transform, introduce environmentally friendly and efficient surface treatment technologies such as oil and rust removal two in one purification liquid and alloy catalytic liquid, there is still a way out for scrap iron.

It is reported that this project has broken through the structural design and precise preparation techniques of a new type of high-strength and tough porous titanium alloy, and combined with titanium alloy electron beam additive manufacturing technology, barium titanate piezoelectric ceramic in-situ preparation surface treatment technology, and in vitro ultrasound clinical treatment technology, has developed a porous titanium alloy artificial bone material that meets the requirements of bone tissue repair. The axis of a robot is commonly known as a joint, similar to a human arm. Of course, the more joints there are, the more flexible they are, and the more positions they can rotate and reach. Moreover, the more axes a robot has, the more complex its control system becomes, the higher its cost, the more points it can reach in three-dimensional space, and the relative flexibility is beyond doubt.

The requirements for the surface treatment process of the robot's axis to axis are also relatively high, especially for the contour, smoothness, and wear resistance of the axis surface, to ensure the flexibility of the axis surface. So, experts believe that the number of axes for a robot should be determined based on the actual situation and application scenarios. For example, if a 4-axis robot can complete tasks, I do not need to use a 6-axis one. The more axes there are, the more flexible the movement will be. But the corresponding control requirements are even more complex, and the cost and surface treatment requirements will also increase accordingly. Surface treatment of materials plays an important role in beautifying the appearance and improving the service life of automotive components. At present, common material table processing techniques include electroplating, chemical plating, vacuum degree, coating, alloy catalytic solution, etc.

 

Relatively speaking, Dalian metal surface treatment alloy catalytic liquid is more favored by the automotive industry as a new environmentally friendly material surface treatment technology. The process is simple, easy to use, and does not require an external power supply. The plated parts can be directly immersed in the catalytic solution for 20-40 minutes to form a bright mirror like surface. High bonding strength with metal, no peeling, no peeling, and never rusting, maintaining the original mechanical properties of the metal base while increasing wear resistance and corrosion resistance. The surface alloy layer is uniform and dense, and can be treated on surfaces with complex shapes such as countersunk holes, deep holes, pipeline inner walls, and product corners, without any pitting or porosity.

Dalian metal surface treatment, with the continuous promotion of China's "green development" concept, the industrial sector pays more attention to energy conservation and environmental protection, clean production, green manufacturing, etc. During the 13th Five Year Plan period, China's industrial development will focus on building a green industrial system, paying particular attention to and considering the potential impacts on the ecological environment and people's lives in areas such as raw material selection, production and processing, process technology, and pollutant treatment. The material surface treatment industry, as an important processing industry, is rapidly entering a new era of "green economy" development in today's rapidly changing technological innovation.