ITAR Registered
ISO 9001:2015
Quick Mold is a rapid aluminum tooling and injection molding service designed for:
Functional prototypes in final materials
Process validation and testing
Pre-production and low-volume manufacturing
Unlike CNC or 3D printing, Quick Mold delivers true injection-molded parts—often in less than 5 days—so you can test performance, fit, and durability with confidence.
Quick Mold supports multiple stages of the product lifecycle:
Design verification
Functional and performance testing
Process validation
Pre-production and low-volume runs
It’s a powerful alternative when 3D printing or CNC machining can’t replicate real-world performance.
Lead Time: 5 days
Mold Material: Aluminum
Typical Mold Life: 250 parts minimum
Max Part Size: 115 × 70 × 50 mm
Materials: 10 stocked thermoplastics; customer-provided materials accepted
Tolerances: ±0.010″ general tolerance
Surface Finishes: SPI C1, C2, or C3
Mold Ownership: Customer-owned
Our Quick Mold service supports a wide range of proven, production-grade thermoplastics to help you move from design to parts faster. Have a specific resin in mind? Customer-provided materials are welcome, though material qualification and logistics may affect overall lead time.
| Material | Color |
| Celcon M90 | Natural |
| IPP 2020 (Copolymer) | Natural |
| Zytel 70G33HS1L | Natural |
| Zytel 101L | Natural |
| Terluran GP22 | Natural |
| Profax 6323 | Natural |
| Makrolon 2458 | Clear |
| Makrolon 2407 | Clear |
| FR 3010 | Natural |
| Bayblend T-85 XF | Natural |
Validation in final material
Low-volume production without long tooling lead times
Not sure? Our engineers can help assess fit based on your design and timeline.
Your design, in your hands—faster.
Speak with an injection molding specialist today.
Plastic injection molding is a process used to make large numbers of identical plastic parts. It works by injecting melted plastic into a custom-shaped mold, then cooling it until it hardens into the final shape. It’s commonly used for everything from medical components to car parts to consumer products.
First, a custom mold is created based on your part design. Then plastic pellets are melted, injected into the mold under pressure, and cooled until the part solidifies. Once the mold opens, the finished part is ejected and the process can repeat quickly for high-volume production.
The injection molding cycle refers to one full run of the process from closing the mold and injecting plastic, to cooling, opening the mold, and ejecting the part. Each cycle typically takes seconds to minutes depending on part size, material, and tooling. Fast cycles are what make injection molding ideal for producing thousands or even millions of consistent parts.
Common molding design challenges include walls that are too thick or thin, sharp corners that can cause stress points, and parts that are hard to remove from the mold. It’s also important to consider how the plastic will flow through the mold to avoid defects like warping or sink marks.
That’s why Quickparts runs a design-for-manufacturing review with every client to catch these problems before you commit to tooling.
Quickparts provides injection molding services across North America with fully owned manufacturing facilities that support fast turnaround and close collaboration for local projects. Internationally, we support customers across Europe with production sites in Italy, France, and the UK.
With global in-house production facilities and a network of vetted partners, we’re able to offer reliable, consistent service in multiple markets.
