In the vast field of precision machining, fixture processing is like a crucial screw, firmly fastening the entire production process and playing a pivotal role. Although it has been working quietly all along, there are numerous hidden mysteries behind it that are worthy of our in-depth exploration.
Under the Requirement of High Precision, How to Innovate the Process?
Nowadays, various industries have increasingly stringent requirements for product precision, and fixture processing is facing challenges. Traditional processes struggle a bit when dealing with high-precision requirements. Although new processing technologies have advantages, they are restricted by factors such as cost and adaptability. When can they be widely applied? Practitioners are exploring innovations to keep fixture processing in step with the times.
How to Make a Precise Choice in Material Adaptation?
Different processing scenarios have different requirements for fixture materials. During heavy cutting in mechanical processing, materials with high hardness and wear resistance are needed; while in chemical processing, resistance to strong acids and alkalis is required. Facing a large number of materials, ranging from alloy steel to new polymers, how to make a precise selection according to requirements is the key to improving the quality and service life of fixtures.
The fixture processing industry has been constantly developing. Continuously exploring the unknown and new processes and materials will help it serve the manufacturing industries and move towards new heights.
