Bending type: According to the design requirements, the steel plate can be different types of bending, such as knife bending, two-knife bending, three-knife bending, etc., and special shape bending, such as 180° bending and double-layer bending.

Material thickness: The thickness of the steel plate will affect the way and effect of bending, and different thickness materials need to use different bending techniques and tools.

Bending coefficient: This is a parameter related to the properties of the material and is used to calculate the force and Angle required during the bending process.

In the bending process, the edge of the steel plate will form a certain rounded corner, and the size of this rounded corner is also a factor that needs to be considered when designing and processing.

Unfold legends and calculation formulas: In order to perform the bending accurately, special calculation formulas and legends are needed to guide the processing and ensure that the final product meets the design requirements.

Bending machinery: In modern sheet metal processing, commonly used bending machinery includes CNC bending machines, hydraulic bending machines, etc., which can provide high-precision and high-efficiency bending services.

Post-treatment: After bending the steel plate may need to be deburring, polishing, painting and other post-treatment work to improve the appearance and service life of the product.

In general, steel plate bending is a highly technical process that needs to be carried out in combination with specific design requirements and material characteristics. In practice, professional software is usually used to assist in design and calculation to ensure the accuracy and efficiency of bending.