Sheet Metal Cost Control: 3 Strategies to Reduce Procurement
This paper reveals the key strategies of cost control from three dimensions: design optimization, production process and supply chain management. Through standardized design, structural simplification technology and process route optimization, the production efficiency is effectively improved, the scrap rate is reduced, and the cost is saved. At the same time, through the centralized procurement of materials and the establishment of strategic cooperation, the procurement cost is reduced.
Selecting Sheet Metal Suppliers: 5 Critical Evaluation Criteria
Choosing a high-quality sheet metal processing service provider requires attention to four dimensions: processing capability, equipment and technology, quality control, and cost and price. First, the service provider should have diverse and sophisticated processing capabilities to cope with projects of various types and difficulties. Second, it should have advanced equipment and cutting-edge technology to improve production efficiency and processing accuracy.
Industry standards and acceptance specifications for sheet metal processing surface treatment
This article discusses the key technologies of surface treatment of automobile chassis processing, including protective treatment, decorative treatment and functional treatment. Among them, electrophoretic coating is the gold standard for automobile chassis processing, and the film thickness and penetration need to be controlled. Powder spraying is the mainstream choice for chassis processing, and hardness and orange peel control need to be controlled.
What to do if sheet metal processing delivery is delayed
In the manufacturing industry, delays in automobile chassis processing parts may lead to delivery penalties, affect customer trust, and trigger contract penalties. Starting from actual cases, this article disassembles the deep-seated reasons for sheet metal processing delays and provides three feasible supply chain optimization solutions, including building a supply chain transparency system and creating a flexible supply chain network.
Discussion on splicing process of sheet metal processing of biological safety cabinets
The splicing process in biological safety cabinets mainly includes welding, riveting and bonding. The welding process is effective in improving the sealing, but there is also the problem of high temperature deformation. The riveting process is simple to operate, but it may affect the appearance. The bonding process has advantages in ensuring the sealing, but it requires the application of high-performance sealant.
Whole process of quality inspection of sheet metal processing parts
In the field of automobile parts manufacturing, the purchaser needs to control product quality risks and pay attention to the "five lines of defense" from raw materials to finished products, including material inspection, process monitoring, semifinished product size sampling, surface treatment acceptance and final inspection packaging protection. The four core strategies to avoid risks include establishing a "quality agreement" in advance and clarifying quality inspection standards and responsibilities.