We have a dedicated team focused on improving the design and manufacture of plastic injection moulded parts, with a portfolio of industry-leading products to tackle any challenges.
We help our clients select the best gate locations, identify the optimum processing conditions and study the filling parameters, checking if the mould has cooled adequately or excessive warpage has occurred.
As a Moldex3D value-added reseller, we supply the automotive, medical, consumer, packaging and other industries involved in designing and/or manufacturing plastic products with leading simulation software. We recommend the appropriate technology to suit their requirements, enabling plastic product quality to be validated before investing in expensive tooling.
Consulting & Training
We provide flexible and fast-response injection moulding simulation consulting services to clients without the time, skills or resources in-house – from single day plastic design assessment to long-term product and mould development projects.
Our services are typically employed to screen for and detect voids & sink marks, gas traps and weld lines with the objective to optimise fill patterns.
Example projects include:
- Two-Shot & Insert Overmoulding – Assessment of subsea connectors, electronic devices, automotive sensors and interior trim
- Core Deflection – Analysis of mould tool robustness & process repeatability in medical, automotive & industrial equipment sectors
- Gate Position Evaluation – Optimisation of hot & cold feed systems, including large components with sequential valve gated systems
- Cooling Optimisation – Minimisation of cycle times and costs by eliminating hot spots in mould tools, including conformal cooling
- Fibre Orientation Analysis – Prediction of mechanical properties of parts manufactured from high-performance engineering polymers
- Shrinkage & Warpage Prediction – Simulation and reduction of shrinkage/warpage/distortion across all industries
Our capabilities are internationally recognised through our Moldex3D Expert Certification.
We have experience in a diverse range of polymers from commodity plastics such as PP and ABS through to fibre-reinforced Polyamides, PEEK and PPS. We can simulate over 8000 grades subjected to the following processes:
- Thermoplastics injection moulding
- Thermoplastics injection compression moulding and overmoulding
- Gas-assisted injection moulding
- Reactive moulding
- Reactive compression moulding
- Reactive injection-compression moulding
- Microchip and underfill encapsulation
- Insert molding/2K – Multi-Component Molding (MCM)
- Injection compression Molding
- Resin Transfer Molding
- Foam Injection Molding
- Powder Injection Molding
- IC Packaging
- PU Chemical Foaming Molding
- Conformal Cooling
- Investment Casting
In addition, we can model plastic blow moulding and extrusion manufacturing operations through complementary ANSYS Polyflow simulation tools.
Design for Manufacture
Together with our Structural Analysis capabilities, we help ensure that any plastic component is Designed for Manufacture, balancing product performance in terms of strength, rigidity and fatigue life with minimum cost production.
For fibre-reinforced plastics, our software can incorporate inhomogneous and directional material properties developed during the moulding process within design simulation studies of parts.