Injection molding: Monochrome molded parts.

Material: PC.

Mold Technology: Fine water outlet, three plate mold.

Surface treatment: Sunbathing, mirror treatment, spray coating.

Advantages: Channel saving.

Application: Camera Shutter Component.

Injection molding: Two color formed parts.

Material: PC+Soft Rubber.

Mold technology: Rotation positioning accuracy: After the rear mold rotates 180 degrees, the mold clamping accuracy is ensured through components such as guide columns, guide sleeves, etc.

Surface treatment: Create etched patterns on the surface of the mold cavity to achieve frosted and textured effects on the product surface, enhancing its texture.

Advantages: 1. It can achieve a combination of soft and hard materials (such as hard rubber substrate+soft rubber coating). 2. One time molding of dual color/dual material products reduces subsequent assembly and post-processing processes.

Application: Exterior components of 3C products.

Injection molding: Vertical embedded molded parts.

Mold technology: The dimensional accuracy of the mold cavity needs to be controlled within ± 0.005mm to ensure uniform blade thickness. The gap between the parting surfaces should be less than 0.002mm to prevent burrs. The sprue design adopts a point sprue with a diameter controlled between 0.2-0.3mm to reduce the impact of sprue residue on blade movement.

Surface treatment: High precision surface treatment ensures extinction effect.

Advantages: 0.1mm ultra-thin thickness, injection molding can achieve integrated molding of complex blade shapes without the need for subsequent splicing processing.

Application: Lens Shutter Component.

Injection molding: insert molding.

Material: ①PC+LSR②(PC+LSR)+PC.

Mold technology: LSR insert molding.

Surface treatment: texture.

Advantages: meeting the requirements of waterproof function and covering tightly.

Application: waterproof products, fixed/anti-slip products.

The product is processed through painting and printing processes, and a protective or decorative layer is applied to the surface of the product by applying specific coatings. Then print the pattern or text on the surface of the product through the concave convex changes of the printing plate.

■  Two Spindle automatic coating lines and four manual coating rooms can meet various production capacities.

■  Various reliability testing instruments are complete, and high temperature, high humidity, and surface strength are guaranteed according to customer requirements for quality assurance.

Mold forming is an important industrial production technology used to produce molded products, widely used in the compression molding or injection molding of plastics, rubber, ceramics and other products. Mold forming technology mainly includes various types such as injection molding, extrusion molding, and compression molding, each with its specific application scenarios and product characteristics. ‌

■  Material: SUS/CU+NI+AU.

■  Process: Material→Electroplating NI→Electroplating AU partially→Stamping.

■  Advantages: changing the process in the past to lower electroplating cost and deter deformation.

■  Application: FPC contact brush.

■  Material: SUYP.

■  Process: Material→Bending→Blanking.

■  Advantages: less process (< 10 processes) with progressive stamping, highly precision mold for bending, strokes per minute 70, 45% less than the cost of die-casting.

■  Application: heat dissipation for mini 3C products.

■ Material: SUYP.

■ Process: Material→Bending→Blanking.

■ Advantages: with progressive die and precision bending technology, hole alignment through bending process many times.

■ Application: Battery box assembly bracket, with accessory cover for upper cover.

■ Material: SUS.

■ Process: Material→Bending→Blanking.

■ Advantages: The continuous mold is composed of two sections with a length of 750mm, a bending height of 40mm, and a tolerance height of ± 0.05mm.

■ Application: Camera body bracket.