The cutting and sawing requirements for stainless steel medium-thick plates include the following aspects:
1. Cutting process:
Stainless steel medium and thick plates can be cut using a variety of methods, such as gas cutting, secant cutting, plasma cutting, laser cutting, etc. Choosing the appropriate cutting method requires considering factors such as material thickness, quality requirements, and production efficiency.
2. Cutting equipment:
Cutting stainless steel medium and thick plates requires the use of special equipment, such as wire cutting machines, plasma cutting machines, laser cutting machines, etc. These equipment need to have stable cutting capabilities, high precision, and high efficiency.
3. Roundness and straightness:
The stainless steel plate after cutting or sawing should have good roundness and straightness. These requirements can be achieved through the use of high-precision cutting equipment and cutting procedures.
4. Cutting surface quality:
The cutting surface of the stainless steel plate after cutting or sawing should have good surface quality. The cut surface should be smooth and flawless, without scratches, cracks, and burrs. This can be achieved by choosing the appropriate cutting process and cutting parameters.
5. Dimensional accuracy:
The size of the cut or sawed stainless steel plate should comply with the design requirements and manufacturing standards. This includes accuracy requirements for length, width and thickness. Dimensional accuracy can be achieved by controlling the parameters of cutting equipment and quality inspection.
6. Plate deformation control:
When cutting or sawing stainless steel medium-thick plates, attention needs to be paid to controlling the deformation of the plates. Stainless steel has a certain degree of plasticity and is prone to bending and deformation. To avoid this, suitable clamping and process measures can be used to stabilize the sheet.
7. Edge processing:
The edges of the cut or sawed stainless steel plates need to be processed accordingly. It can be processed by deburring, grinding, cutting, polishing and other methods. Edge treatments improve the safety and aesthetics of the board.
8. Waste disposal:
Cutting or sawing stainless steel plate creates a large amount of waste. Waste disposal should be carried out in accordance with environmental protection requirements. Environmental pollution can be reduced through recycling, classification and disposal.
The above are some of the main requirements for cutting and sawing stainless steel medium-thick plates. Different applications and material requirements may vary, and adjustments and improvements need to be made based on specific circumstances in actual operations.

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