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Mold tooling, built to last.

★★★★★ 4.9 Rated on Google Inc. 5000 honoree · ISO 9001:2015

Mold design, build, and T1 validation under one roof. DFM up front, single & multi-cavity tools in P20, H13 and S136 steel or aluminum for bridge runs, cut on our own CNC and EDM lines. One accountable team, ISO 9001:2015 certified, tooling hardware since 2009.

  • P20, H13, S136 steel
  • Aluminum bridge tooling
  • CNC, EDM & surface grinding
  • Single, multi & family cavities
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Certifications & Awards ISO 9001:2015 THEA Award Inc. 5000 Growth Badge
What we deliver

Tools that survive production.

Steel that hits the dimension, the surface finish, and the cycle target you signed off on.

Isometric illustration of injection mold design

Mold design

Parting lines, gating, ejection, and cooling designed in CAD with mold-flow simulation before any steel is cut.

Isometric illustration of steel cutting for mold tooling

Steel cutting

3-axis and 5-axis CNC, sinker and wire EDM, and surface grinding for tight-tolerance cores and cavities.

Isometric illustration of T1 sample validation

T1 validation

First samples shot, dimensionally inspected, and reviewed against the part print before transfer to production.

Isometric illustration of mold maintenance and repair

Maintenance & repair

Tool service, cavity refurbishment, and long-term storage so molds keep running for years.

How we work

From part CAD to production tool.

A four-stage build that ships a validated tool in 6 to 12 weeks.

01

DFM & mold design

Part CAD reviewed for moldability. Parting lines, gates, runners, and cooling designed and simulated.

02

Steel cutting

Cores, cavities, and inserts machined and EDM-finished. Polished or textured to the spec.

03

T1 trial & tuning

First-shot sample run on the production press. Adjustments made until the dimensional report passes.

04

Release to production

Tool released, PPAP package delivered. Mold stays in our facility for ongoing production runs.

Capability

Tooling capability at a glance.

Common configurations and the lead times you can expect.

CapabilityDetail
Mold materialsP20 (general use), H13 (high cycles), S136 (cosmetic and clear), aluminum (low volume)
CavitiesSingle, multi-cavity, and family tools (up to 32 cavities)
Tool life100,000 shots on aluminum, 500,000 to 1,000,000+ on steel
Cycle timeMold-flow optimized, typical 15 to 60 seconds
Lead time6 to 12 weeks from approved CAD to T1 sample
FAQ

Common questions about mold tooling.

Steel, cavities, and what to expect on a Jaycon engagement.

How long does a mold take to build?

6 to 12 weeks for most production tools. Aluminum prototype tools can be done in 3 to 5 weeks. Complex multi-cavity or hot-runner tools run 12 to 16 weeks.

Which steels do you use, and why does it matter?

P20 for general use up to about 500,000 shots. H13 for higher cycles and harder resins. S136 for cosmetic, clear, and corrosive resins. The pick depends on volume, resin, and surface finish.

Do you keep the mold or do we ship it elsewhere?

Either. Most customers leave the mold with us and run production on our presses. Tool transfer to your own facility is supported and documented.

How is uploaded design data protected?

All file uploads run through an NDA before review. Files are stored on access-controlled servers and only assigned engineers have access.

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