Electronic Massager Plastic Shell Mold
Customized Electronic Massager Plastic Shell Mold
Common injection molded products on massage equipment include foot massagers, massage chairs, massage sticks, yoga massage sticks, etc.
Foot massagers: including smart foot soaking buckets, massage foot basins, etc. The outer shell and internal parts of these foot massagers are usually made through injection molding technology.
Massage chair: The plastic shell, armrests, and some internal parts of the massage chair, such as the motor cover, are all produced through injection molding technology.
Massage sticks: including electric massage sticks and manual massage sticks, their plastic shells and some internal parts are also made through injection molding technology.
Yoga Massage Stick: A yoga massage stick used for muscle relaxation and fitness, with a plastic shell also made through injection molding technology.
The injection molding part of these products includes the shell, internal parts, etc. Through injection molding technology, a large number of identical products can be quickly and efficiently produced, while ensuring consistency in product quality. The application of injection molding technology in the manufacturing of massage equipment not only improves production efficiency, but also reduces costs, making these products more affordable for consumers
Electronic Massager Plastic Shell Mold
3D and 2D analysis: Perform 3D structure analysis and 2D drawing tolerance, appearance, and material analysis to ensure the accuracy of the design.
Mold opening direction and parting line: Determine the mold opening direction and parting line of the product to reduce the impact of the core pull slider mechanism and parting line on the appearance.
Draft angle: Appropriate draft angle can avoid product hair pulling and top scratches. The draft angle of smooth surface should be ≥0.5 degrees, the fine leather surface should be greater than 2 degrees, and the rough leather surface should be greater than 3 degrees1.
Product wall thickness: Various plastics have a certain wall thickness range, generally 0.5~4mm. Uneven wall thickness can cause problems such as surface shrinkage and pores.
Reinforcement ribs: Reasonable application of reinforcement ribs can increase product rigidity and reduce deformation. The thickness of the reinforcement ribs must be ≤ (0.5~0.7)T product wall thickness.
Rounded corners: Setting reasonable rounded corners can improve the processing technology of the mold and avoid product stress concentration.
