There are different names for it in the industry, such as trial mold, simple mold, rapid soft mold, rapid steel mold, rapid aluminum mold, etc. Its main feature is that the mold production time is short and the cost is low. It is more than 1.5 times faster than conventional mold production. It is a production method that combines rapid prototyping technology with traditional mold manufacturing technology. It is mainly used for the production of small batches of plastic parts. It is an important tool in the product research and development and trial production stages. It provides a cost-effective solution for rapid product iteration, market testing and small-scale production.
Auto parts are precision-engineered components manufactured from high-performance materials, including PET, POM, PC, PA6, PPA, ABZ, PP, TPU, TPE, and PMMA. With a precision tolerance of ±0.10mm, these parts are produced using advanced molding techniques such as silicone rubber molds, epoxy resin molds, aluminum molds, and steel molds. These processing methods ensure durability, dimensional accuracy, and consistent performance, meeting the stringent requirements of automotive applications for components such as interior trims, structural supports, and mechanical assemblies.
The quick connector is a precision-engineered component made from high-performance materials, including PET, POM, PC, PA6, PPA, ABZ, PP, TPU, TPE, and PMMA. Designed with a precision tolerance of ±0.10mm, it is manufactured using advanced molding techniques such as silicone rubber molds, epoxy resin molds, aluminum molds, and steel molds. These processing methods ensure excellent dimensional accuracy, durability, and reliable performance, making the quick connector ideal for applications requiring secure, efficient, and repeatable connections in industries such as automotive, electronics, and fluid systems.
The quick connector is a precisely engineered component crafted from high-performance materials such as PET, POM, PC, PA6, PPA, ABZ, PP, TPU, TPE, and PMMA. With a precision tolerance of ±0.10mm, it is manufactured using advanced molding techniques, including silicone rubber molds, epoxy resin molds, aluminum molds, and steel molds. These methods ensure excellent dimensional accuracy, durability, and consistent performance. The quick connector is widely used in automotive, electronics, and fluid systems, offering secure, efficient, and reliable connection solutions for various industrial and commercial applications.
Power tool accessories are precision-engineered components made from durable and high-performance materials, including PET, POM, PC, PA6, PPA, ABZ, PP, TPU, TPE, and PMMA. With a precision tolerance of ±0.10mm, these accessories are manufactured using advanced molding techniques such as silicone rubber molds, epoxy resin molds, aluminum molds, and steel molds. These processes ensure excellent dimensional accuracy, strength, and reliability, enabling the accessories to withstand demanding conditions and heavy usage. Designed for compatibility and efficiency, they are widely used in power tools across industries such as construction, manufacturing, and home improvement.
Electrical accessories are precision-engineered components crafted from high-performance materials such as PET, POM, PC, PA6, PPA, ABZ, PP, TPU, TPE, and PMMA. With a precision tolerance of ±0.10mm, these components are manufactured using advanced molding techniques, including silicone rubber molds, epoxy resin molds, aluminum molds, and steel molds. These processes ensure exceptional dimensional accuracy, durability, and consistent performance. Designed to meet the demanding requirements of electrical systems, these accessories provide reliable insulation, stability, and safety, making them essential for a wide range of applications in industrial, commercial, and residential electrical installations.
Shell parts are precision-engineered components made from high-performance materials such as PET, POM, PC, PA6, PPA, ABZ, PP, TPU, TPE, and PMMA. With a precision tolerance of ±0.10mm, these parts are produced using advanced molding techniques, including silicone rubber molds, epoxy resin molds, aluminum molds, and steel molds. These manufacturing processes ensure excellent dimensional accuracy, durability, and surface quality. Designed to provide reliable protection and structural integrity, shell parts are widely used in industries such as electronics, automotive, medical devices, and consumer goods, offering robust enclosures and aesthetic appeal for various applications.
Introduction to Rapid Tooling In today’s fast-paced manufacturing environment, the need for speed and efficiency has never been greater. Rapid tooling bridges the gap between prototyping and full-scale production by
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