Tooling Services

Tooling Division - Expert Injection Mould Tool Manufacturing

Ad-Vance Engineering’s tooling division manufactures high-quality injection mould tools supporting diverse plastic manufacturing applications. Our experienced toolmakers combine traditional craftsmanship with modern CNC technology, delivering precision tools that produce millions of quality cycles while maintaining dimensional accuracy and cosmetic excellence.

As specialist providers of injection moulding tooling, we design and manufacture development tools for prototyping, production tools for volume manufacturing, and everything in between. Our in-house capabilities provide complete control over tool quality, lead times, and costs, ensuring your tooling investment delivers long-term value and reliable performance.

Tooling Capabilities

Comprehensive Tooling Capabilities

Our fully-equipped tooling facility houses advanced machining equipment enabling complete mould manufacture from initial design through final validation. We handle all aspects of plastic injection mould production including design engineering, material selection, precision machining, surface finishing, and comprehensive sampling.

Our tooling capabilities include:

CAD/CAM design engineering with mould flow simulation
CNC milling and turning for precision component manufacture
EDM (Electrical Discharge Machining) for complex cavity details
Surface grinding and polishing to specified finishes
Heat treatment services ensuring optimal tool steel properties
CMM inspection verifying dimensional accuracy
Tool assembly and sampling validating performance
Hot runner system integration and cold runner optimisation

Tool Manufacturing

Development and Production Tool Manufacturing

We manufacture various tool types optimised for specific production requirements and volume expectations. Our engineering team recommends appropriate tool complexity balancing initial investment against projected production volumes, ensuring cost-effective solutions throughout your product lifecycle.

Development Tools: Designed for low-volume production, prototyping, and product validation. These tools utilise simplified construction reducing initial costs while providing production-representative parts. Development tooling supports pilot production, market testing, and design refinement before committing to full production tooling.

Production Tools: Engineered for extended life cycles producing hundreds of thousands or millions of parts. Production tooling incorporates hardened steel construction, optimised cooling systems, and robust ejection mechanisms ensuring consistent quality throughout extended production runs. These tools justify higher initial investment through reduced maintenance and superior reliability.

Single, Family, and Multi-Cavity Tools

We manufacture tools with varying cavity configurations optimised for production efficiency and cost-effectiveness. Single-cavity tools provide simplicity and lower initial investment suitable for low volumes. Family moulds efficiently produce multiple related components in one cycle. Multi-cavity tools maximise productivity for high-volume manufacturing.

Our multi-cavity expertise ensures balanced filling, uniform cooling, and consistent part quality across all cavities. Proper cavity balancing prevents quality variations, reduces cycle time, and maximises production efficiency.

Design Engineering

Tool Design Engineering

Successful injection moulding tooling begins with thorough design engineering. Our tool designers analyse part geometry, material selection, and production requirements, developing mould configurations that optimise part quality, cycle time, and tool longevity.

Design considerations include:

Parting line optimisation balancing aesthetics and manufacturability
Gate location selection minimising visible marks and weld lines
Runner system design ensuring balanced cavity filling
Cooling channel layout maximising efficiency and uniformity
Ejection system configuration preventing part damage
Venting strategy eliminating air traps and burn marks
Side action mechanisms for undercut features
Tolerance analysis ensuring dimensional capability

Tool Materials

Tool Materials and Construction

Material selection significantly impacts tool performance and longevity. We utilise appropriate tool steels matched to production volumes, material abrasiveness, and cosmetic requirements. Development tools may use softer steels reducing costs, while production tooling employs hardened materials ensuring extended life.

P20 prehardened steel for moderate production volumes
H13 hot work steel for high-temperature applications
S7 tool steel providing excellent toughness
Stainless steel for corrosion-resistant requirements
Beryllium copper for high heat transfer applications
Aluminium for rapid development tooling

Tool Service

Tool Service, Repair, and Modification

Beyond new tool manufacture, our tooling division provides comprehensive service, repair, and modification capabilities. We maintain tools throughout their operational life, implementing preventive maintenance, corrective repairs, and design modifications extending tool longevity and maintaining production quality.

Preventive maintenance programs reducing unexpected downtime
Cleaning and inspection identifying wear before failure
Component replacement restoring optimal performance
Cavity repairs addressing wear or damage
Design modifications implementing improvements
Polishing and surface treatments restoring cosmetic quality
Dimensional verification ensuring continued accuracy

Complete Support

Comprehensive Tooling Services

Our toolroom services extend beyond injection mould manufacture, providing general precision engineering and component manufacturing supporting diverse applications. These capabilities complement our moulding operations while serving external customers requiring specialist machining and fabrication.

Tool Sampling and Validation

Every tool undergoes comprehensive sampling validating performance before production release. This critical phase identifies adjustments needed for optimal part quality, establishes processing parameters, and confirms tool capability meeting specifications.

Sampling activities include initial moulding trials establishing baseline conditions, process parameter optimisation maximising quality, dimensional verification confirming tolerance capability, visual inspection assessing cosmetic quality, material verification testing production resins, and documentation supporting production handover.

Rapid Tooling Solutions

For projects requiring accelerated timelines, we provide rapid tooling solutions combining efficient design, streamlined manufacturing, and expedited scheduling. Rapid tooling supports urgent market requirements, competitive pressures, or time-sensitive product launches without compromising tool quality or performance.

Cost-Effective Tooling Investment

We work closely with customers optimising tooling investment relative to projected production volumes and product lifecycles. Our transparent approach provides realistic cost estimates, identifies potential savings opportunities, and ensures tooling specifications align with actual requirements rather than unnecessary over-engineering.

Integrated Manufacturing Advantage

Operating tooling and moulding divisions on one site provides unique advantages. Direct communication between toolmakers and processors facilitates rapid problem resolution, efficient tool optimisation, and seamless production transfer. This integration reduces coordination complexity, shortens lead times, and enhances overall project success.

Our Advantages

Why Choose Ad-Vance Engineering's Tooling Division?

Start Your Project

Begin Your Tooling Project

Ready to manufacture your injection mould tool? Contact Ad-Vance Engineering to discuss your tooling requirements. Our experienced team provides expert consultation, competitive quotations, and reliable tool manufacturing supporting your production objectives.

Serving

Ireland

United Kingdom

Discover how Ad-Vance Engineering's injection moulding expertise can drive your project success.

Precision Injection Mould Tool Design and Manufacture