Tool & Die Making Manufacturing

High‑precision tooling — progressive stamping dies, injection molds, jigs & fixtures for robust, repeatable production.

ISO 9001:2015 Certified

ISO 9001:2015

Made in Canada

Made in Canada

40+

Years of Experience

5K+

Satisfied Customers

Overview

Pearson Manufacturing supports tool & die customers with precision hard tooling — fulfilled either in‑house or through our Canadian partner network. We deliver progressive dies, injection mold tools, and stamping fixtures using CNC machining, EDM, and tight‑tolerance finishing. From initial design through validation and refurbishment, we manage the complete lifecycle of high‑wear tooling systems.

⚠️ Hybrid fulfillment: not all tools are built on‑site — we leverage a mix of internal capabilities and trusted Canadian partners under Pearson QA.

Tool & die workshop with EDM and benches

Quick Specs

Tolerances
Critical features to ±0.0005–0.001″ (geometry‑dependent)
Finishes
Ra 16–32 µin typical; hand polish/lap as needed
Tool Steels
A2, D2, S7, H13, P20; stainless & alloys by review
Processes
5‑axis CNC, wire/sinker EDM, grinding, fit & tryout
Heat Treat
Vacuum harden, temper; nitriding; PVD (TiN/TiCN) by request
Files
STEP/IGES, native CAD, + PDF with GD&T & materials
Tool TypeBest ForSpeedNotes
Progressive DieHigh‑volume stampings with pierce/blank/formMediumStrip layout, punch‑to‑die clearances, wear surfaces
Injection MoldPlastic parts with cosmetic/functional featuresMediumGate/venting, draft, cooling, hardened inserts
Die Cast ToolingNon‑ferrous castings (Al/Zn/Mg)MediumThermal management, steel selection (H13), coatings
Refurb/RepairWorn punches, chipped inserts, misalignmentFastEDM repair, regrind, replacement details, re‑qualify

Capabilities We Provide Access To

  • Progressive & transfer die design/build with strip development
  • Injection mold tools: bases, cavities/cores, lifters, sliders, inserts
  • EDM machining for punches, ribs, sharp corners & deep details
  • Hard‑steel milling/turning (A2, D2, S7, H13, P20) and stainless
  • Surface grinding, lapping, hand‑fit & benching for precision mates
  • Heat treat coordination (vacuum harden, temper, nitriding) & coatings
  • Tryout, process verification, and documentation on request
  • Maintenance, repair, and refurbishment programs

Why Partner with Pearson?

  • Durable hard tooling engineered for cycle life & repeatability
  • Tight tolerances on critical shear/form/locating features
  • Accelerated tooling timelines with hybrid routing
  • Material & coating recommendations for wear/corrosion
  • Lifecycle support: spares, repairs, and continuous improvement

Equipment Used In‑House or by Our Partners

We match your die complexity to the most suitable machines and heat‑treat facilities:

  • 5‑axis CNC machining centres (hard‑steel capable)
  • Wire EDM & sinker EDM systems with fine finish options
  • High‑speed CNC for graphite/electrode & soft tooling
  • Surface grinders, flat lapping & polishing benches
  • Vacuum heat treat, nitriding, and PVD coating partners
  • CMM inspection, optical comparators & profilometry

Design for Manufacturability (DFM)

  • Include **GD&T** for cut/trim edges, punches, and locating datums; avoid “tight everywhere.”
  • Target **clearances** appropriate to material thickness and hardness; specify burr direction.
  • Provide **draft** on molded cores/cavities (typ. 1–3° cosmetic, more for texture).
  • Call out **steel grades** (e.g., D2 for wear, S7 for shock, H13 for hot work) and **hardness ranges**.
  • Design for **serviceability**: replaceable inserts, standard components, access for regrind.
  • Share expected **throughput & material** early (tonnage, coil width, resin, filler) to size tooling.

We’ll review material, hardness, tolerances, venting/cooling (for molds), strip layout (for dies), and serviceability — and confirm achievable specs with the best routing (in‑house or partner) before kickoff.

Typical Applications

  • Progressive dies for metal stamping lines
  • Injection mold tools and multi‑cavity bases
  • Die cast cores, inserts, sliders & ejector packs
  • Blanking, forming, bending & draw tools
  • Precision punches, shear inserts & stripper plates
  • Tooling refurbishment, spares & engineering changes

Tool & Die FAQs

Do you make all tools in‑house?

Some tools are built at our Ontario shop; others route through certified Canadian partners. Pearson manages design, production, inspection, logistics, and QA end‑to‑end.

Do you offer tryout and validation?

Yes — we support die/mold tryout, process verification, and pre‑production runs as needed. Inspection reports available on request.

Can you refurbish or repair tooling?

Absolutely — we provide EDM repair, regrind, replacement punches/inserts, heat‑treat restoration, and re‑qualification.

Ready for Precision Tooling?

Share your tooling specs or part drawings to receive a detailed quote and lifecycle support plan.

Request a Tooling Quote