UG,CAD UG CAM,Pro/E,Solidworks Medical Plastic Injection Tooling & Molding Parts

Plastic Material:PP,ABS,PC, TPE, PE, TPU, PPSU, PSU,PEEK, PEI, PBT, PA, LSR, POM,PCTG,PC/ABS

Plastic Surface finish:Polishing finish,Texture Finish,Glossy Finish, Painting,Printing, VDI-3400,plating

Drawing format:UG, IGES, STEP,x_t, AutoCAD, Solidworks,Catia, PTC Creo, DWG, PDF, etc..

Certificated:ISO13485, ISO14001

Range of markets:Life Sciences,Diagnostics

Mould Material:S136, NAK80

Hot runner:Synventive, Incoe, HRS, moldmasters, HUSKY, EWIKON, Guenther,BHT

Injection machine size:30T-250T

Cavities:1-64

Product Info

Competitive Advantage

1. we are manufacturer, so we have competitive price.
2. We have our own designer, machine, can solve mould structure problem before mould making.
3. we exported mould to all of the world.
4. we have good export forwarder.

Design Guideline

Injection molding is used for manufacturing a wide variety of parts, from small components like AAA battery boxes to large components like truck

body panels. Once a component is designed, a mold is made and precision machined to form the features of the desired part. The injection molding

takes place when a thermoplastic or thermoset plastic material is fed into a heated barrel, mixed, and forced into the metal mold cavity where it cools

and hardens before being removed.

Tooling

Mold and die are used interchangeably to describe the tooling applied to produce plastic parts. They are typically constructed from pre-hardened

steel, hardened steel, aluminum, and/or beryllium-copper alloy. Of these materials, hardened steel molds are the most expensive to make, but offer

the user a long lifespan, which offsets the cost per part by spreading it over a larger quantity. For low volumes or large components, pre-hardened

steel molds provide a less wear-resistant and less expensive option.

The most economical molds are produced out of aluminum. When designed and built using CNC machines or Electrical Discharge Machining

processes, these molds can economically produce tens of thousands to hundreds of thousands of parts. Note that beryllium copper is often used in

areas of the mold that require fast heat removal or places that see the most shear heat generated.