Rapid Injection Molding

Reduce Mold Costs & Accelerate Design Validation with Affordable Prototype Tooling

We All Know About Steel And Aluminum Injection Tooling – We Can Support You With These Tools As Well As Rapid Hybrid Tooling.

Rapid Hybrid Tooling

Rapid Hybrid Tooling is an innovative manufacturing approach that combines high-tech 3D printing with traditional plastic injection molding to deliver cost-effective, high-quality, and fast production of end-use parts. This method leverages the speed and design flexibility of additive manufacturing while maintaining the durability and scalability of injection molding.

At infoTRON, we produce high-performance mold cores using four advanced manufacturing technologies: FDM, PolyJet, Metal Laser Sintering, and CNC Machining. By combining these cutting-edge methods, we deliver precision-engineered mold cores tailored to your production needs.

Once the mold cores are produced, they are integrated into traditional CNC-machined mold sets, allowing you to test with real materials before full-scale production. This hybrid approach ensures faster development, cost efficiency, and high-quality end-use parts.

Benefits of  Hybrid Tooling

Cost Savings

Minimizes upfront tooling investment compared to fully traditional molds.

Faster Market Entry

Accelerates the transition from prototype to production.

Scalability

Perfect for bridge manufacturing, ensuring smooth transitions to mass production.

Ideal for Customization

Allows for design modifications without the high cost of reworking traditional molds.

Why to choose use for Rapid Injection Molding?

Faster Production

Ability to shorten lead times by using Rapid Hybrid Tooling concept, by combining rapid prototyping with traditional tooling.

Lower Costs

Reduces expensive mold manufacturing costs, making it ideal for low to medium-volume production.

Design Flexibility

Enables the production of complex geometries that would be difficult or costly with conventional molds.

High-Quality Parts

Produces strong, precise, and repeatable end-use parts with excellent surface finish.

Material Versatility

Supports a wide range of engineering-grade plastics for durable applications.

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