1. User needs analysis: Communicate with users to understand their usage scenarios, tool types and quantities, and determine the goals and functional requirements of customization.
2. Design and planning: Design and plan sheet metal tool carts according to user needs. Consider aspects such as body construction, number and size of drawers, bulkhead setup, accessory needs, etc.
3. Material selection: Select the appropriate sheet metal material according to the design requirements, such as cold-rolled carbon steel plate (SPCC) or stainless steel.
4. Production and processing: According to the design drawings, the production and processing of sheet metal tool carts, including material cutting, bending, punching, welding and other processes.
5. Surface treatment: Surface treatment of the finished sheet metal tool cart, such as grinding, spraying or electroplating, etc., to improve the appearance quality and corrosion resistance.
6. Assembly and debugging: Assemble the manufactured parts, and carry out necessary debugging and inspection to ensure the normal operation and stability of the tool cart.
Through the above steps, a sheet metal tool cart that meets the needs of users can be customized to meet their specific tool storage and carrying needs.
