CASTING PATTERN MAKING
Expertise in Pattern Design, Selection & Storage
While we no longer manufacture patterns on-site, our decades of experience allow us to collaborate with trusted local patternmakers to deliver high-quality, cost-effective solutions. From traditional wooden patterns to 3D-printed and sand-printed moulds, we ensure the right tool is chosen for the job — all stored securely at our facility.
Pattern Tool Selection Expertise
With decades of hands-on experience, we work closely with long-standing local partners to select the most suitable pattern-making method based on your project needs and budget.
Versatile Pattern Types
We manage a wide range of pattern tools including wooden patterns, CNC-cut model board, polystyrene, 3D-printed patterns, and sand-printed moulds.
Secure On-Site Pattern Storage
Your patterns are stored on-site in a dry, alarmed facility, keeping your investment safe and accessible for future use.
Key Pattern Making Services
- Pattern Maintenance & Inspection
- Additive Manufacturing
- Pattern-less Production
- Dimensional Accuracy Checks
- Pattern Tool Selection & Sourcing
- Collaboration with Long-Standing Local Patternmakers
- Traditional Wooden & CNC Model Board Patterns
- 3D-Printed Patterns & Sand-Printed Moulds
- On-Site Pattern Storage & Security
FREQUENTLY ASKED QUESTIONS
What is pattern making in casting?
Pattern making is the process of creating the tooling that forms the mould cavity used to cast metal components. The pattern defines the shape, dimensions and features of the final casting.
Do you make patterns in-house?
Yes — all of our patterns are made on-site using CNC and traditional techniques. This allows us to ensure a perfect fit between tooling and final casting.
What materials can patterns be made from?
We produce patterns in resin, wood and metal, depending on the intended application, production volume, and casting material.
Can you help with prototype tooling?
Absolutely. We regularly produce one-off or short-run patterns for prototype castings, including support with design for manufacturability.
