Custom injection molding.
Think it through. Then tool it.

Light-colored injection-molded componentS with reinforcing ribs

A mold is an expensive place
to discover a missed drawing note.

Injection molding and tooling through vetted suppliers, with design review before the mold is cut. Your project manager connects resin selection, tooling, sampling, molding + finishing in one program.

CERTIFICATIONS + COMPLIANCE
AS9100D Compliant · ISO 9001:2015 · ISO 13485 Compliant · ITAR Registered · NIST 800-171 Compliant

Tooling that fits the production plan.

Prototype + bridge tooling

Discuss aluminum and steel tooling against design maturity, material, quantities and the expected life of the program.

Production tooling

Plan cavity strategy, tool requirements and repeat orders around the part and the volumes you expect to run.

Insert molding

Mold around inserts for threaded, structural or electrical features. Insert placement and retention belong in the early review.

Overmolding

Combine materials for grip, sealing or other functional needs. Compatibility and the bond strategy require review.

Liquid silicone rubber

Discuss silicone molding when flexibility, sealing or environmental requirements drive the application.

Secondary operations

Painting, pad printing and assembly coordinated alongside tooling and molding.

The requirements.
Before the routing.

Send the drawing, material grade, quantities and delivery needs. Capability and acceptance requirements are confirmed for your specific job.

 

Tooling types
Aluminum molds (prototype + bridge production) · Steel molds (production volumes)
Capabilities
Insert molding · Multi-cavity tooling · Light assembly · Family molds, LSR (Liquid Silicone Rubber), Compression Molding, Overmolding, + More
Post-processing
Painting · Pad printing · Assembly · Secondary operations
Materials
Most thermoplastics, including ABS, Nylon, Polycarbonate, PEEK, POM (Delrin), and TPE/TPU
Volume range
Prototype quantities through high-volume production
File formats
STEP, IGES, native CAD, 2D prints
Quote turnaround
Within 24 hours · Tooling lead time confirmed at quoting
Quality
ISO 9001:2015 · Engineer review before tooling · Inspection before shipment

What we review before tooling

01

Geometry + material

Wall transitions, draft, ribs, bosses + undercuts checked against design intent.

02

Volume + tool requirements

Prototype, bridge + production needs considered before committing to the mold.

03

Appearance + assembly

Cosmetic surfaces, inserts, marking + mating parts included in scope.

A few things worth asking.

Both. The vendor network supports aluminum and steel tooling, insert molding, and a clear path from bridge production into full-volume manufacturing once a design is ready to scale.

Engineer review checks wall thickness uniformity, draft angles, and rib and boss placement against the design intent, since those are the most common causes of cosmetic and dimensional defects in molded parts.

They’re cost drivers, not automatic disqualifiers. We flag them early so you know what they add to tooling complexity and cost before quoting, instead of finding out after the first shots come off the press.

Injection molding earns its tooling cost back at mid- to high-volume, repeatable production. Lower volumes or active design iteration usually stay better served by 3D printing until the design is stable enough to commit to a mold.

Capability and tolerance claims come from a vendor network we’ve vetted in person, not a database of capacity. One contact manages tooling, molding, and finishing together instead of you coordinating separate vendors for each step.

Better questions.
Before harder tooling.

Send the CAD, resin requirements, and expected quantities. We’ll start with the decisions that matter.

Black circular molded polymer component with raised tabs