Additive tooling intelligence

Tungaloy Rebuilds Production Tooling Through Additive-Ready Engineering

Tungaloy connects cutting-tool insight, additive manufacturing review, and controlled sourcing so production teams can improve fixtures, holders, inserts, and machinery packages without turning every request into a one-off experiment.

  • DfAM and machining reviews before the first purchase order.
  • STEP, IGES, X_T, SLDPRT, tolerance notes, and inspection plans accepted.
  • Tooling, equipment, and machinery categories remain inside the approved buyer catalog.
Additive tooling inspection cell
CAD

Drop a drawing context

STEP / IGES / X_T / SLDPRT

Route My Review Files are routed for engineering conversation. NDA terms can be attached before detailed exchange.
9.7M+Tooling data points
19,830+Request histories
67 yrsProcess memory
43Qualified cells
32DfAM paths

Figures are used as program-scale indicators for this site build; buyer-facing claims should be validated against current internal QMS and supplier records before contract use.

Tool holder geometry review
From cutting condition to build strategy

A tooling program is stronger when the geometry, material, and inspection plan are reviewed together.

DfAM screening

Engineers review whether a fixture, holder, insert support, or prototype assembly benefits from lattice relief, conformal cooling, consolidation, or a simpler subtractive route.

Machining realism

Cutting forces, chatter risk, insert access, bore depth, and workholding orientation are considered before the buyer receives a production recommendation.

Inspection alignment

FAI, CMM strategy, surface roughness, material certificates, and revision control are mapped to the procurement decision, not added after release.

Bridge-to-production path

Prototype tooling can move into repeatable supply only when powder handling, finishing, heat treatment, and machining windows are documented.

Tooling, Equipment & Machinery

One approved product category, several engineering conversations.

For Tungaloy, the catalog is intentionally focused on tooling, equipment, and machinery. The site avoids unsupported product-category sprawl and turns each request toward an engineering decision that can be quoted, inspected, and repeated.

Tool holders and boring systems

Holder geometry, reach, rigidity, and repeatability reviewed against fixture access and machine envelope.

Milling and turning programs

Insert selection and process notes connected to material, surface finish, and throughput targets.

Additive-ready fixtures

Lightweight, conformal, or consolidated tooling reviewed before bridge production or production release.

Industry paths

Manufacturing teams bring different risks to the same tooling table.

Automotive launch cells

Bridge tooling, repeatable holders, and PPAP-minded documentation for part families that move from tryout to scheduled production.

Aerospace structures

Material traceability, FAI planning, and controlled special-process routing for low-volume, high-scrutiny tooling programs.

Medical device fixtures

Surface finish, cleaning access, lot control, and inspection evidence shaped around regulated product teams.

Energy equipment

Hard alloys, large bores, and field-replacement constraints considered before the program commits to a tool path.

Industrial machinery

Replacement tooling, holder rationalization, and fixture upgrades organized for maintenance and procurement continuity.

"The useful part was not a faster quote; it was a review that connected holder geometry, printed fixture options, and inspection evidence before we spent the tooling budget."

Program sourcing note from a Tier-1 automotive customer, anonymized pending release approval
Next review

Bring the cut, the fixture, and the inspection question into one Tungaloy review.

Send the drawing context and the production intent. The first response can identify whether additive tooling, conventional machining, insert strategy, or equipment sourcing deserves the next engineering hour.

Open Project Intake