Accelerate Injection Molded Part Development with Hybrid Tooling
Early-stage product development requires teams to make critical decisions quickly, often before full steel production tooling is feasible. While aluminum prototype tooling can deliver parts quickly and cost effectively, those parts often fail to accurately represent final production behavior, dimensional performance and manufacturability.
MGS hybrid tooling bridges the gap between prototype and production by strategically combining aluminum and steel tooling technologies to produce real injection molded parts under production-relevant conditions. Using advanced tooling strategies, simulation expertise and production-aligned molding processes, MGS helps healthcare innovators validate designs earlier, reduce development risk and accelerate the path toward commercialization.
Hybrid Tooling Delivers Early Insights From Production-Ready Parts
The earliest phases of Design & Development are where the most critical product decisions are made. It’s also where the most expensive mistakes can occur. Access to real injection molded parts earlier in development allows teams to elevate functionality, gather user feedback and validate performance using actual materials and surface finishes.
Unlike 3D printed components, hybrid tooling produces actual injection molded parts that more accurately represent final product behavior.
MGS hybrid tooling is engineered to generate valuable manufacturability insights earlier in development. Tooling architectures are designed to correspond closely with future Fast-Track and production tooling, allowing process learnings and validation data to transfer more seamlessly into scale-up programs.
Combined with MGS’ end-to-end solutions, hybrid tooling helps you reduce risk and accelerate speed-to-market. Hybrid tooling is aligned with our Early Supplier Involvement approach, bringing experts in Tooling, Automation and Manufacturing into the conversation from the start. That way, you’re not just testing if a product works. You’re testing the production tooling while it’s still flexible enough to change. MGS experts have used this methodology to fundamentally move design freeze earlier to give more confidence going into clinical trials and production scale up.
The Technology Behind Hybrid Tooling
MGS hybrid tooling combines fast-machining aluminum tooling with strategically placed steel inserts to accelerate the delivery of injection molded prototype parts. Advanced simulation, thermal engineering and tooling expertise allow MGS to more closely replicate the behavior of full steel production tooling while dramatically reducing lead times.
Production-relevant conditions are achieved through:
Steel reinforcement in high-wear and precision-critical areas such as valve gates and shutoff surfaces.
Tempered cooling systems engineered to deliver production-relevant thermal conditions and shrinkage behavior.
Mold flow simulation and cooling channel optimization to improve dimensional stability and process consistency.
Fully automated part handling through robotic or controlled free-fall systems for stable, repeatable molding conditions.
Tooling architectures designed to align with future production tooling, allowing early learnings to transfer more seamlessly into Fast-Track and production tooling.
Hybrid tooling supports functional testing, automation validation and early-stage production using real injection molded components at volumes aligned with each phase of development. This technology bridges the gap between prototype tooling and full-scale manufacturing.
Comparison: Aluminum Prototype Tooling vs. MGS Hybrid Tooling
Traditional prototype tooling is designed to deliver parts quickly and cost effectively, but often lacks the process stability, dimensional accuracy and production-relevant behavior needed to support long-term product development decisions.
MGS hybrid tooling is engineered differently. By using production-relevant materials, tooling strategies, automation and production conditions, MGS delivers real injection molded parts that closely reflect final production performance. The result is not just faster access to parts, but earlier manufacturability insights, more realistic validation and a smoother transition into production tooling.
| Traditional Aluminum Prototype Tooling | MGS Hybrid Tooling | |
|---|---|---|
| Focus on speed and low cost | Primary Objective | Focus on speed and learnings |
| Limited number of parts due to fast wear | Tool Durability | Production-relevant tolerances |
| Non-representative process behavior | Process Performance | Real-world process behavior |
| Limited value for later tooling decisions | Development Value | Relevant tooling learnings from day one |
| Standalone prototype | Manufacturing Integration | First step in MGS tooling journey |
| Up to 100 parts | Best For | Up to 50,000 parts |
Ready for Real Production Insights in Just Four Weeks?
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