Economic Design and Cost Control Strategies for Display Micro Screws
2026,07,28
As a core piece of equipment in the metal forming industry, the rationality of
Display Micro Screws design directly impacts product quality, production efficiency, and overall cost.
In the context of increasingly fierce competition in the manufacturing sector, how to optimize the entire lifecycle cost through economic design has become a focal point for the Display
Micro Screws industry.
Structural design is the foundation of Display Micro Screws economics. Redundant structures not only increase material consumption but also enhance processing difficulty and time costs. The design phase should adhere to the principles of "simplification and practicality":
1. Simplify cavity and cutting edge structures: Avoid overly complex curved surfaces or unnecessary details, and adopt streamlined designs to reduce processing steps. For example, for shallow-drawn parts, simplify the fillet transition of the die to reduce the path length for CNC machining;
2. Integrate functional components: Integrate dispersed auxiliary structures (such as positioning blocks and guide grooves) with the main cavity design to reduce assembly steps and the number of parts;
3. Rationally design the venting system: By optimizing the position and size of the venting grooves, avoid product defects caused by residual gas during the drawing process and reduce the number of trial runs. Each reduction in trial runs can save approximately 10%-15% in material waste and labor costs.
