Precision Injection Moulding Parts  Manufacturers, Traders, Suppliers

• Choice of material (TPU, PA, POM, ABS, PE, etc.): It all depends on the chemical and physical conditions to which the parts are exposed. With our own toolmaking, mouldmaking and design departments, we can offer you a full service.
• Numerous potential applications: Our ester and ether materials are very hardwearing and flexible and are used in applications with the toughest mechanical demands, e.g. sowing and sifting systems.
• Two components: A glass fibre-reinforced material plus a soft inner coating result in products that can be used as loadbearing parts, for example. Such parts would be inconceivable without precise planning plus development and test phases.
• Test samples: Before ordering an injection mould, we often produce samples for approval using laser sintering or 3D printing to avoid the need to invest in a mould at this stage. Our machines can produce injection-moulded parts weighing between 5 and 6000 g.

>Precision Injection Molding: Stable dimensional accuracy and clean surface quality for demanding plastic parts.
>Tight Tolerance Capability: Optimized mold design and tooling to achieve smaller deviations than standard injection molding.
>Controlled Process Parameters: Careful control of temperature, pressure, and injection speed to keep quality consistent.
>Suited for Small & Fine Parts: Experience with connectors, micro-sized components, gears, and parts with small clearances.
>Reliable Quality: Regular inspections and measurement to ensure parts meet customer drawings and specifications.
>From Samples to Series: Support for precision prototypes and mass production according to your project needs.

Plastic injection moulding for custom precision parts and assemblies.

• Dimensional Tolerance (Moulded Parts): Up to ±0.03 mm
• Tooling Accuracy: Up to ±0.008 mm
• Manufacturing Equipment: High-precision CNC milling, mirror-finish EDM, slow-speed EDM wire cutting
• Surface Textures: According to SPI, VDI 3400 or MT specifications; custom textures via laser engraving
• Production Volume: From prototypes to fully automated high-volume series

Automotive | Consumer Electronics | Home Appliances | Industrial Equipment | Medical & Healthcare | Packaging | Household & Lifestyle Products

Plastic Injection Mold is a precision tool used in the manufacturing process of plastic parts. It allows molten plastic material to be injected into a mold cavity, cooled, and solidified into specific shapes with high accuracy and repeatability. These molds are widely used in automotive, electronics, medical devices, consumer goods, and industrial applications. High-quality plastic injection molds ensure uniform product quality, fast production cycles, and cost efficiency for large-scale production. Molds can be made from steel, aluminum, or other durable materials, designed for single or multi-cavity production. Advanced mold features include complex geometries, undercuts, inserts, and surface finishes to meet strict design requirements. Plastic injection molding supports a wide range of plastics such as ABS, PP, PC, POM, and engineering plastics, offering resistance to heat, chemicals, and wear. Customization of molds allows manufacturers to produce components with intricate details, color variations, and functional features. Choosing the right mold design and material is essential for product performance, production efficiency, and longevity. With ongoing innovation in mold design, cooling channels, and automation, plastic injection molds continue to be a cornerstone of modern manufacturing, enabling mass production of high-precision, reliable plastic components.

Surface treatment process:Polishing Sand Blasting Heat Treatment etc.
mold cavity:Single Cavity or Multi Cavity
Material:PP/PC/ABS/PVC/PTFE/POM 400+ Materials
Process combination:Single-Process Mode Compound Die etc.
Flow channel:Hot or Cold Runner
Drawing Format:STEP/STP/IGS/X- T/STL/CAD/PDE/DWG
Parcel shipping: Standard or as you request

Widely used in automotive, electronics, medical devices, consumer goods, and industrial applications.It allows molten plastic material to be injected into a mold cavity, cooled, and solidified into specific shapes with high accuracy and repeatability.