Product model introduction:
Removal of oxide layer and burrs on circular aluminum parts
Circular aluminum parts are often used in the production of mechanical equipment and instruments, and belong to a type of circular aluminum parts. There are many manufacturers of circular aluminum parts, and mechanical equipment and instrument manufacturers often need to consider the clean and reflective appearance of aluminum parts when selecting round wheel shaped aluminum parts. So after the processing of round aluminum parts, the surface often needs to be oxidized and deburred.
Deburring and oxidation layer removal of stainless steel nut and screw sleeve
Stainless steel nut inserts are often used in installation and fixing operations in industries such as equipment hardware, and belong to a type of stainless steel fastener. There are many manufacturers of stainless steel fasteners, and when selecting stainless steel nut and screw sleeves for installation and fixing operations in industries such as equipment and hardware, manufacturers often need to consider the surface of the nut and screw sleeve to be clean, smooth, and reflective. So after the processing of stainless steel nut inserts, the surface often needs to be deburred and oxidized.
Polishing and removing oxide layer on copper high-frequency machine accessories
Copper high-frequency machine accessories are often used in the processing and production of high-frequency machine equipment, and they belong to a type of copper material accessories. There are many manufacturers of copper material accessories, and high-frequency machine equipment processing manufacturers often need to consider whether the surface of the workpiece has no oxide layer and a metallic copper luster when selecting purple copper high-frequency machine accessories. So after the processing of copper high-frequency machine parts, their surface often needs to be polished to remove the oxide layer.
Deoxidation methods for medical equipment
Which method is good for the oxidation of medical equipment? This is a headache for many production enterprises, because if these very dirty dirt and oxides are not completely removed, these objects are easily mixed with liquids, produce chemical reactions, and cause serious medical accidents after entering the human body. However, these oxides and dirty dirt are not difficult to remove during cleaning. These objects have high viscosity, and ordinary cleaning or other cleaning methods cannot clean them thoroughly.
