Our high pressure molding service is able to scale from low to high volume in a full range of materials. We also offer design services to optimize your parts for production and performance
Thin walls are sometimes due to material cost considerations and sometimes due to the necessities of the design. Because these parts require higher pressure, mold design consideration, faster cycle and cooling times, we offer design and consulting services.
We provide in-house assembly in order to reduce the cost and complexity of the supply chain. This offers a streamlining of multipart designs.
We offer resins of both commodity and engineering grades that we can discuss based on the needs of performance and cost.
We provide a range of secondary services including assembly (automation and complex part assembly), testing (mechanical, electrical, pressure, and volumetric leak flow), decorating and packaging (labeling, barcoding, and protective packaging).
Insert molding is a prototyping technique that allows for fast production of fully formed injection molded parts. A mold base is 3D printed and then used in a short production run to create final design prototypes. The timeline from concept to prototype can be dramatically reduced compared to full sampling runs. This technique is extremely useful for testing fit and function of dimensionally critical parts, or for comparing different material options.
We offer any of the 12 standard SPI finishes for molded parts.
Finishing Method
Surface Roughness
Grade #3
6000 Grit Diamond Buff
0.012–0.025 μm
Finishing Method
Surface Roughness
600 Grit Stone
0.35–0.40 μm
Finishing Method
Surface Roughness
Grade #6
3000 Grit Diamond Buff
0.025–0.05 μm
Finishing Method
Surface Roughness
400 Grit Stone
0.45–0.55 μm
Finishing Method
Surface Roughness
Grade #15,
1200 Grit Diamond Buff
0.05–0.10 μm
Finishing Method
Surface Roughness
320 Grit Stone
0.63–0.70 μm
Finishing Method
Surface Roughness
600 Grit Paper
0.05–0.10 μm
Finishing Method
Surface Roughness
Dry Blast Glass Bead #11
0.8–1.0 μm
Finishing Method
Surface Roughness
400 Grit Paper
0.1–0.15 μm
Finishing Method
Surface Roughness
Dry Blast #240 Oxide
1.0–2.8 μm
Finishing Method
Surface Roughness
320 Grit Paper
0.28–0.32 μm
Finishing Method
Surface Roughness
Dry Blast #24 Oxide
3.2–18.0 μm