1. By strictly controlling the tolerance range, we ensure the precise coordination of the internal structure of smart home appliances, such as the slots for circuit boards and the installation positions of sensors.
2. The mirror polishing technology is widely applied to meet the high gloss requirements of appearance parts like glass panels and touch control areas.
3. Technologies such as multiple parting surfaces, slider core-pulling, and inclined lifter mechanisms are adopted to achieve the integration of functions such as curved surface modeling, hidden buttons, and embedded interfaces.

1. High-strength mold steel uses high-quality steel materials, which can withstand high injection pressure and long-term cyclic production (with a service life of more than 500,000 times).
2. Through special treatment processes, surface nitriding and chrome plating enhance wear resistance, enabling adaptation to the corrosive environments of engineering plastics such as ABS, PC, and POM.
3. Lightweight aluminum alloy molds are used for rapid prototyping or small home appliances, shortening the production cycle.

1. Self-cleaning and anti-sticking technology: Nano-coatings or surface texture designs (such as the lotus leaf effect coating on air conditioner molds) reduce residual materials during demolding.
2. Modular design: The structure with replaceable cores or inserts enables quick switching between multiple product models.

1.Multi-cavity design: The hot runner system combined with the multi-cavity layout (such as 4-cavity and 8-cavity) can increase the output per mold by more than 300%.
2.High-speed injection molding adaptation: Optimizing the mold runner (such as balanced shunting) and matching it with the drive of a servo motor can shorten the cycle to 15-20 seconds per piece.
3.Automated interface: Reserved positions for robotic arm gripping and visual inspection positioning points support unmanned production throughout the entire process.

1.Energy-saving design: The conformal cooling water channels (manufactured by 3D printing technology) reduce energy consumption and CO₂ emissions.
2.Adaptation to recyclable materials: It supports the molding of biodegradable plastics (such as PLA), responding to the environmental protection trend in the home appliance industry.
3.Life extension technology: Laser cladding is used to repair the worn parts, increasing the mold renovation rate to over 60%.

1. Application of simulation technology. Mold flow analysis is used to reduce the number of mold trials (an average reduction of 3 to 5 times), thus lowering the development cost.
2. Parametric design. Based on the BOM (Bill of Materials) of home appliance products, mold drawings are automatically generated, shortening the design cycle by 50%.
3. Small-batch flexible production. 3D printed molds support single-piece customization, meeting the needs of rapid iteration of smart home products.