Precision molding
When your part can't drift out of spec
Tooling, process control, and inspection built around holding tight tolerances run after run.
Last updated June 14, 2026
The challenge
Tight-tolerance parts fail quietly. Warpage, shrink variation, and worn tooling push dimensions out of spec long before anyone notices on the line.
- Dimensions that drift across a production run
- Shrink and warpage on thin or complex geometry
- Inspection that can't keep up with volume
How we hold tolerance
Designed-in tooling
Mold design accounts for shrink, gate location, and cooling before a single shot is run.
Process control
Scientific molding locks in the process window so every part repeats the validated one.
In-process inspection
Dimensional checks tied to the run, not just first-article approval.
Reach out when
- Your current supplier can't hold a critical dimension
- You're qualifying a new part with tight GD&T
- Scrap or sorting costs are climbing
Talk to an engineer
Send your part details and we'll review tolerance feasibility.