Precision Injection Molding

The Components of Precision Moulds 

The success of precision mould includes the following:

• Precise control of the mold cavity size

• Precision of parting surface

• Exact solution of material

• Strict requirement for a tolerance

• Venting design

• Material flowing

• Cooling system

• Choosing of steel material

• Overall excellent tooling design

Process of Precision Mould

Packson's  quoting system enables us to make quotations quickly by our professional quotation engineer

• Send us your part 3D to get your mold and part quote

• Confirm quotation and order issues, Packson starts the mold and precision mold parts order process

• Making DFM and create processing solution

• Tooling design review by Packson engineers

• Get approval of the design, Packson start building your injection mold

• Customer checks samples for approval

• Part mass production begins

Applications of Precision Mould

As mentioned earlier, precision mould is used for the development of various products. But this technology has really revolutionized the development of lenses in various applications because it allows OEM to manufacture cheaper and stronger glass-free lenses. Glass lenses are very delicate, difficult to manufacture, and expensive, but plastic optical lenses have completely changed the optical industry. Precision molding is used for the development and mass production of precision spherical, diffraction, free-form surface, aspheric, and other types of lenses. It is a high-quality product with a perfect optical surface finish.

Packson Precision Moulds Show