ThermoPulse Technology

How ThermoPulse Works

ThermoPulse uses controlled induction heating to rapidly raise the mould surface temperature before and during plastic injection. Once the required surface replication is achieved, the mould is rapidly cooled to support efficient part solidification and ejection.

Rapid Mould Heating

Induction-based heating rapidly raises the mould surface temperature to support improved surface replication and finish quality.

Plastic Injection

Molten polymer is injected into the heated mould cavity, allowing the material to replicate fine surface details and textures.

Controlled Cooling

The mould surface is rapidly cooled after injection to support polymer solidification, dimensional stability and efficient cycle operation.

Component Ejection

The mould opens and the finished component is ejected, ready for inspection and subsequent production operations.

Improved Surface Replication

Replicates fine mould surface details and textures for enhanced component appearance.

Premium High-Gloss Finishes

Enables high-gloss plastic surfaces directly from the mould for suitable materials and applications.

Reduced Weld Lines

Helps minimise visible weld lines and flow marks through controlled mould surface temperature.

Reduced Secondary Finishing

Reduces or eliminates the need for painting or coating in suitable applications.

Enhanced Design Flexibility

Supports complex surface textures, glossy finishes and premium aesthetic designs.

Controlled Mould Temperature

Enables precise heating and cooling control during the injection moulding cycle.

ThermoPulse™ Surface Finish Capabilities

Explore premium surface finishes achievable through advanced mould temperature control and optimised material formulations, with the potential to eliminate secondary finishing processes in suitable applications.