Precision Moulds for Automotive & Industrial Components
Complex, durable, high-accuracy moulds for technical plastic parts and demanding production environments — built for automotive, industrial, and OEM applications.
Advanced Moulds for Demanding Applications
Automotive and industrial applications demand moulds that maintain accuracy across thousands of production cycles, handle engineering-grade materials, and produce parts with consistent mechanical properties. MIR Moulds applies advanced machining, premium tooling steels, and scientific validation to deliver production-ready industrial moulds.
🏥 Family Moulds
Multiple different components produced in a single mould. Optimised for balanced fill, runner systems, and simultaneous production of matched component sets for assembly efficiency.
🎏 2K / Two-Shot Moulds
Two-component injection moulds for over-moulding, co-injection, and bi-material part production. Rotary platen, index plate, and core-back 2K mould systems available.
🔄 Unscrewing Moulds
Hydraulic and rack-and-pinion unscrewing core systems for threaded components, bottle preforms, industrial fittings, and any internally or externally threaded part geometry.
📉 Interchangeable Cavity/Core Moulds
Mould base with interchangeable insert systems to produce multiple part variants from a single base. Ideal for product families, colour variants, and size ranges.
🔥 High-Temperature Material Moulds
Moulds engineered for PEEK, PPS, LCP, PEI, PPA, glass-filled nylons, and other high-performance engineering thermoplastics requiring elevated mould temperatures and specialised surface treatments.
🔧 Insert & Over-Moulding
Moulds with insert loading features for metal insert encapsulation, over-moulding onto substrates, and multi-material component production for automotive and industrial assemblies.
Automotive & Industrial Applications
Technical Mould Capabilities
Complex Geometry Machining
5-axis CNC, EDM wire cutting, sinker EDM, and high-speed milling for complex cavity geometries, fine details, and tight-tolerance mould components.
Premium Tool Steels
H13, 1.2344, 1.2343, P20, 420SS, and specialty grades for wear resistance, corrosion resistance, and high-temperature performance in demanding applications.
Surface Treatments
Nitride hardening, PVD coatings, chrome plating, texture/grain finishes (VDI standards), mirror polishing, and SPI finish standards to specified surface requirements.
Complex Core/Cavity Features
Lifters, sliders, angled lifters, hydraulic cores, collapsible cores, side actions, and multi-direction undercut release mechanisms for complex part geometries.
Validation & Testing
Full scientific validation including SIM, DOE, cpK analysis, dimensional inspection, and material-specific validation protocols before mould dispatch.
Project Management
DFM review, mould flow analysis, gating and runner optimisation, project schedule management, and North America coordination from Chicago, IL.
Discuss Your Industrial Tooling Project
Send your technical drawing, part specifications, or project brief. We provide DFM feedback and quotation within 48 hours.
Discuss Industrial Tooling Project
Describe your automotive or industrial mould requirement. We respond within 48 hours.
Automotive & Industrial Moulds — FAQ
Can you manufacture IATF 16949-compatible moulds?
Our manufacturing and validation processes support IATF 16949 and automotive quality standards. We provide PPAP-supporting documentation, dimensional reports, and validation data for automotive customers.
What engineering-grade materials can you mould?
PEEK, PPS, LCP, PEI, PPA, glass-filled PA, POM, PC, ABS, and all standard engineering thermoplastics. We advise on material selection, shrinkage compensation, and tool steel grade for high-temperature and abrasive materials.
Do you manufacture 2K / two-shot moulds?
Yes. We manufacture rotary platen, index plate, and core-back 2K moulds. Applications include soft-touch over-moulding, bi-colour parts, sealing applications, and multi-material assemblies.
Can you replicate or replace existing moulds?
Yes. We can manufacture replacement moulds to existing part drawings, perform DFM improvement on legacy designs, and supply spare cavities or core inserts for existing mould bases.