Molded plastic parts for prototypes and production, with clear engineering support and predictable delivery.
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Innovative Teams We Support
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From first prototypes to on-demand production, our molding processes cover reliable, tight-tolerance parts at speed — and your prototype tool is a stepping stone toward production manufacturing.
Two ways to run a mold with us: quick prototype tooling for iteration, or on-demand production tooling with full quality documentation. Here is how they compare.
| Prototyping | On-Demand Manufacturing | |
|---|---|---|
| Goal | Validate design fast | Repeatable production supply |
| Best for | Design iterations, pilot builds | Bridge and volume production |
| Cavities | Single cavity | Single or multi-cavity |
| Tool life | Thousands of shots | Hundreds of thousands of shots |
| Lead time | From 5 days | From 3 weeks |
| Inspection | Basic dimensional report | CTQ inspections and documentation |
| Pricing model | Low up-front tooling | Amortized tooling, lower piece price |
| Design changes | Fast retooling | Engineering change support |
A broad selection of thermoplastics and thermoset resins can be evaluated against strength, appearance, temperature, and compliance needs.
This guide covers tooling choices, resin selection, and the design details that have the biggest effect on part cost and delivery planning.
Prototype tooling ships first parts in days, not months, so design loops keep moving.
Every uploaded model gets automated moldability analysis before you spend anything.
Live pricing against quantity and lead time, with no minimum order quantity.
Applications engineers on call from tool design through production ramp.
Injection molding is the workhorse of plastic production — here is where it earns that title.
Wherever plastic parts ship at volume, injection molding is often part of the production plan. Typical applications include:
Timing depends on the part, tool complexity, material, and inspection plan. A design review is the best way to set an achievable first-part schedule.
Tooling ownership and access should be documented in the manufacturing agreement before production begins. Confirm the policy for your program with the project team.
Detail capability depends on resin flow, tool construction, part geometry, and finish. Specify critical dimensions and surface requirements during review.
Yes. Compare the required stiffness, impact behavior, temperature, appearance, compliance, and end-use environment before choosing a resin.
Wall thickness, draft, ribs, and bosses — the rules that keep parts moldable.
A decision framework for narrowing hundreds of resins to a shortlist.
Get an online quote and injection molding design analysis today.
