Customized non-standard precision nut processing is to process raw materials (stainless steel, copper material, aluminum material, iron material...) into a variety of high-definition and high-density materials with lathes, milling machines, drilling machines, polishing and other machinery according to the customer's drawings or samples. Components,

The process of processing and production process:

1. Familiar with the drawings of processing equipment and hardware: In order to process the required precision hardware, before processing the precision hardware, you should carefully check the hardware drawings and be familiar with the shape and size of the precision hardware to be processed. In addition, production equipment familiar with the hardware is required.

2. Cutting according to the hardware to be processed: Cutting is cutting, which refers to the selection of hardware materials of suitable specifications according to the size and processing technology of the hardware to be processed.

3. Processing China Custom Non-standard Precision nut: China Custom Non-standard Precision nut is to put the blanking material into the processing equipment and process it according to the size of the precision hardware.

4.China Non-standard Precision nut Manufacturers Surface Treatment: The surface treatment of hardware is polishing, polishing, oil spraying or electroplating to process the surface of precision hardware.

Features of customized non-standard precision nuts:

1. The shape is complex, and the size and position accuracy are high. The general material thickness is t>3mm~12.5mm, which is fine blanking of medium and heavy plates and thick plates, and the punching surface is straight. Smooth and quality comparable to cutting.

2. The outline is clear. Small collapse angle, hole edge distance and hole spacing (wall thickness) ≤ T, forming fine blanking such as embossing, countersunk hole, blind hole, wheel hub edge, etc., especially involute, cycloid, triangle, rectangle with small modulus , Trapezoid and other shapes of high-precision gear precision stamping parts.

3. They are electromechanical product parts that are mass-produced and reach a moderate economic production scale, including: fine-blanking parts for automobile handbrakes, automobiles, motorcycles, etc., which are punched out of finished parts from raw materials and no longer cut.