Custom Injection Mould Manufacturing Services | Taizhou Mould
 

Partner with a direct precision manufacturer in Taizhou, China, delivering high-performance plastic injection moulds and export-grade tooling solutions for industrial brands, automotive tier suppliers, and consumer product innovators.

 

Manufacturing Capability Overview
 

Mould Types

Single & Multi-Cavity, Hot Runner & Cold Runner, Two-Plate & Three-Plate, Insert Moulds, Overmoulding, Multi-Shot (2-K), and Stack Moulds.

Capacity Limits

Mould sizes up to 2,000 mm x 1,500 mm; weights up to 15 metric tons.

Precision

Tolerances down to plus-minus 0.005 mm for mating interfaces.

Annual Output

350+ custom mould sets exported globally.

 

Mould Design & Engineering

Software Stack

Unigraphics NX, SolidWorks, AutoCAD, and Moldflow for CAE simulations.

Standard Compliance

Designed to DME, HASCO, MISUMI, and LKM component frameworks.

Gating & Undercuts

Simulated resin flow paths alongside engineered mechanical sliders and lifters.

 

DFM Analysis
 

Every project begins with a formal Design for Manufacturing report before steel cutting:

Draft Angles

Verified between 0.5 degrees and 1.5 degrees to prevent surface drag.

Wall Thickness

Balanced sections to eliminate sink marks and flow restrictions.

standardized production

Efficient and precise processing and testing equipment

 

Precision Machining

High-Speed CNC Milling: Makino and DMG Mori 3/5-axis centers for hard-milling pre-hardened steels.
EDM Integration: Sodick mirror EDM and Mitsubishi wire cutting for tight-tolerance apertures and deep rib details.
Deep Hole Drilling: IMSA units dedicated to long cooling channels.

 

Mould Components & Steel

Core & Cavity Steels: DIN 1.2738 (P20+Ni), DIN 1.2316, DIN 1.2344 (H13), and NAK80 supplied with mill test certificates.
Standard Frameworks: LKM, Futaba, and HASCO mould bases with DME and Misumi wear plates, guide pins, and latch locks.
Hot Runners: Integrated Yudo, Synventive, Mold-Masters, Incoe, and Husky systems.

 
Mould Assembly
 
 

Fit Verification

Blueing tests ensuring 85%+ contact mating between core and cavity blocks.

 
 
 

Mechanism Checks

Binding-free alignment of ejector pins, sleeves, and stripper plates.

 
 
 

Circuit Testing

Pressure testing of internal cooling and hydraulic cylinder core-pull lines.

 

 

Mould Modification & Optimization

Equipment: 80T to 800T injection moulding machines (Haitian/Fanuc) with process monitoring.
Client Deliverables: 10 to 20 T1 sample parts, CMM dimensional report, trial parameter sheet, resin drying guidelines, and high-definition cycle video.

 

Mould Modification & Optimization

ECO Adjustments: Steel addition via welding or selective EDM/CNC removal.
Texturing & Polishing: Chemical etching and laser texturing to VDI 3400, Mold-Tech, or SPI standards; optical polishing up to SPI A1/A2.

 

Manufacturing Workflow

 

 

[01. RFQ & DFM Review] -> [02. Tool Design & 3D Approval] -> [03. Steel Procurement & Inspection] -> [04. Rough & Precision Machining] -> [05. Assembly & Benchwork] -> [06. T1 Sampling & CMM Inspection] -> [07. Client Review & Modification] -> [08. Final Trial & Export Crating]

 

Manufacturing Equipment
 

Equipment Type

Brand & Model Series

Quantity

Primary Application

High-Speed CNC

Makino / DMG Mori

8 Units

Core/Cavity roughing and hard-milling

Mirror EDM

Sodick / AgieCharmilles

6 Units

Fine surface detailing and deep rib sinking

Wire EDM

Mitsubishi / Sodick

5 Units

Tight tolerance apertures and core inserts

Deep Hole Drilling

IMSA Units

3 Units

Long cooling channel fabrication

CMM Inspection

Hexagon (Leitz)

2 Units

3D dimensional verification

Injection Machines

Haitian / Fanuc (80T-800T)

10 Units

Mould sampling and pilot runs

 

Mould Manufacturing Applications
 

Automotive

Interior trim, under-the-hood brackets, and connector housings.

Electronics

Consumer enclosures, white-goods frames, and switchgear.

Industrial

Fluid management components and power tool housings.

Medical

Diagnostic casings, labware, and sterile packaging elements.

 

FAQ
 

Q: What are your standard lead times for custom injection moulds?

A: Tooling lead times range from 3 to 7 weeks. Simple prototype tools require 3 to 4 weeks, while complex multi-cavity production moulds take 6 to 8 weeks from design approval to T1 sampling.

Q: What file formats do you accept for quotation?

A: 3D CAD formats including STEP, IGES, XT, SolidWorks, and NX. 2D PDF drawings are required for tolerances, surface finishes, and specific standard callouts.

Q: How do you protect client intellectual property?

A: Mutual Non-Disclosure Agreements are executed before data transfer, supported by secure, isolated project networks.

Q: What is included in export packaging?

A: Anti-rust coating, moisture-proof film, fumigation-free wooden crates, a spare parts kit (e.g., ejector pins, springs, fittings), and a technical manual containing circuit diagrams and steel certificates.

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