Home Appliance Injection Mold Manufacturer

Precision tooling solutions for home appliance components, with excellent surface quality, dimensional accuracy, and reliable mass production.

Our Appliance Molding Capabilities

Appliance Tooling Capabilities

Maximum Mold Size:

2,200 × 1,600 mm

Maximum Mold Weight:

20 tons

Compatible Injection Molding Machine Tonnage:

Up to 3,000 tons

Annual Mold Production Capacity:

Up to 500 sets

Machining Equipment：

25+ CNC machines and 13+ EDM machines

Maximum Number of Cavities:

Up to 32 cavities

Mold Types:

Single-color, 2K, 3K, insert, overmolding, unscrewing molds

Mold Structures:

Lifters, multiple sliders, collapsible cores, hydraulic systems

Engineering:

DFM, mold design, Moldflow, pre-deformation analysis

Mold Validation:

T1/T2/T3 trials, dimensional inspection, trial reports

Engineering Challenges We Help Solve

Surface Appearance

Optimize gate location, polishing, texture, and molding parameters to achieve consistent and defect-free visible surfaces.

Warpage Control

Use Moldflow analysis, balanced cooling, and optimized gate design to minimize deformation of large or thin-wall parts.

Assembly Accuracy

Control critical dimensions, locating features, bosses, and snap-fits to ensure reliable assembly with mating components.

Sink Mark Control

Optimize wall thickness, ribs, bosses, cooling, and packing conditions to reduce sink marks on cosmetic surfaces.

Complex Mold Structures

Apply reliable sliders, lifters, unscrewing systems, and other mechanisms to achieve complex part geometries and smooth demolding.

High-Volume Production

Optimize cooling, ejection, mold durability, and cycle time to ensure stable and efficient mass production.

Case Study

We bridge the gap between innovative design and practical manufacturing.

Fan Blade Mold

Part name: Fan Blade Part dimension: 148.63 X 144.41 X 53.96mm Part material: POM Cavities: 1 cavity Mold steel: ASSAB Stavax ESR HRC48~52 Mold size: 350X350X381mm Mold weight: 360KG Exported to England

Fan Blade Mold Trial-T1 was successful

Challenge: It is to ensure a well-balanced filling and cooling system. Only when the melt flow and cooling are evenly distributed can the molded fan maintain consistent blade geometry and weight distribution, ensuring it passes the dynamic balancing test after assembly and meets the customer’s standard. Solution: Optimized mold design + precise cooling control = smooth surface and stable rotation performance.