Tooling for precise and efficient plastics manufacturing

Our in-house toolmaking department is the foundation for consistently high quality and efficient manufacturing processes. The close integration of toolmaking and plastics processing results in solutions that are technically sophisticated, economically sound, and reliably process-oriented in the long term. Your advantages:

• Toolmaking and plastics processing under one roof
• Standardized, durable tools
• High dimensional accuracy and reproducibility
• Low rejection rates
• Economical and stable production processes

In-house toolmaking as Basis for stable series production processes

Toolmaking at Froli forms the foundation for reliable plastics manufacturing. Our experience in the development, production, and maintenance of precision tools ensures that each tool is optimally designed for the material, component geometry, and series production requirements. This creates the conditions for consistent quality and reliable series production.

Production-optimized tools for your plastics manufacturing

Froli accompanies you in toolmaking from the initial concept to series production. Our services encompass tool development, design, and manufacturing, as well as ongoing optimization during series production. This comprehensive support results in tools that are technically precise, durable, and cost-effective.

Precision tools for maximum process reliability

Our tools for injection molding, PUR, and thermoforming are designed for maximum dimensional accuracy, long service life, and stable processes. Through series production-oriented design and continuous optimization, we reduce downtime, minimize scrap, and ensure reproducible results throughout the entire production cycle.

Tooling for demanding plastics applications

Froli's toolmaking capabilities are suitable for a wide range of applications in industrial plastics manufacturing. Whether functional components, series products with high quality requirements, or complex geometries – we develop tools that are precisely tailored to their intended use and function reliably in the series production processes of injection molding, PUR, and thermoforming.