PRECISION TOOLING COMPONENTS

CUSTOM TUNGSTEN CARBIDE SPARE PARTS & DIE INSERTS

Minimize your stamping press downtime with our ultra-precision tooling components. We manufacture custom punches, matrix inserts, and guide pillars based on your CAD drawings. Machined using in-house Sodick EDMs to strict ±0.001mm tolerances, our tungsten carbide components guarantee 100% interchangeability for your existing progressive dies and compound dies.

Tungsten carbide spare parts and die blades
MACHINING TOLERANCES

SUB-MICRON GRINDING FOR 100% INTERCHANGEABILITY

Every spare part is engineered to fit seamlessly into your die set without secondary manual fitting.
  • Machining Tolerance: ±0.001mm ~ ±0.002mm
  • Surface Roughness: Ra 0.1 ~ Ra 0.2 (Mirror Finish)
  • Premium Materials: Tungsten Carbide (Sandvik/Kennametal), ASP23, SKD11
  • Inspection: 100% CMM & Optical Projector Verified

100% ABSOLUTE INTERCHANGEABILITY

When a punch or matrix insert chips during high-speed stamping, you need a replacement that drops in perfectly. Our sub-micron wire-cutting guarantees that every spare part is identical to the original design, eliminating full die re-alignment.

SODICK WIRE EDM

Utilizing advanced Sodick EDM with multiple slow-feed passes to eliminate thermal stress, preventing micro-cracks and ensuring perfect edge integrity on carbide punches.

MIRROR PG GRINDING

Achieving Ra 0.1 mirror finishes on cutting profiles to drastically minimize friction and wear, ensuring smooth operation during high-SPM lamination stamping.
PRECISION COMPONENT GALLERY

100% INTERCHANGEABLE CARBIDE PUNCHES & INSERTS

Explore our portfolio of custom tungsten carbide punches, matrix die inserts, and precision guide components. Machined entirely in-house using Sodick wire EDMs and optical profile grinders, every spare part achieves sub-micron tolerances and Ra 0.1 mirror finishes. These flawlessly interchangeable components are the backbone of our long-life high-speed progressive dies and tungsten carbide tooling, ensuring zero unexpected downtime for your stamping production lines.
MACHINING CAPABILITIES

ADVANCED IN-HOUSE MANUFACTURING FOR CARBIDE PARTS

Machining high-hardness tungsten carbide requires specialized equipment and extreme environmental control. Our facility is fully equipped with Japanese imported EDM and grinding centers to ensure every custom punch, matrix insert, and guide component meets sub-micron tolerances for your stamping dies.

The equipment is used to produce mold parts
IN-HOUSE MACHINING EXCELLENCE

SUB-MICRON PRECISION MANUFACTURING FOR CARBIDE COMPONENTS

Machining high-hardness tungsten carbide spare parts demands world-class equipment and strict environmental control. Our state-of-the-art facility is equipped with imported Sodick wire EDMs and optical profile grinders, ensuring every custom punch and matrix insert achieves absolute ±0.001mm precision. Whether you need drop-in replacements for your progressive stamping dies or custom reverse-engineered components, our in-house capabilities guarantee zero-defect interchangeability.

Sodick Slow-Feed Wire EDM
Profile & Jig Grinding
Custom Reverse Engineering
Emergency Global Delivery

Sodick Slow-Feed Wire EDM

Multi-pass slow-feed wire cutting in temperature-controlled fluid baths eliminates thermal stress, preventing micro-chipping on delicate carbide punch profiles.
Sub-Micron Wire Cutting →

Optical Profile & Jig Grinding

Sub-micron profile grinding achieves Ra 0.1 mirror surface finishes, drastically reducing friction between punch and matrix insert during high-SPM stamping.
Ra 0.1 Mirror Finishing →

Reverse Engineering Services

No CAD drawings? Send us your broken or worn die components. Our metrology team will 3D scan and reconstruct precise CAD models for perfect drop-in replication.
Request Reverse Engineering →

Emergency Global Delivery

We maintain fast-track manufacturing queues for press emergency breakdowns, shipping critical replacement carbide parts globally via DHL or FedEx to minimize downtime.
Fast-Track Delivery Info →
of
METROLOGY & QUALITY CONTROL

100% INSPECTED & MILL CERTIFIED CARBIDE

Before any tooling component leaves our facility, it undergoes strict dimensional verification using our Zeiss Coordinate Measuring Machines (CMM) and optical projectors. Furthermore, we guarantee that all tungsten carbide components are machined from genuine, premium-grade materials, accompanied by full Mill Test Certificates (MTC) to prove hardness and cobalt content.
  • Zeiss CMM Sub-Micron Dimensional Verification
  • Genuine Tungsten Carbide Mill Test Certificates
  • 100% Drop-In Interchangeability Guarantee
Inspecting tungsten steel parts
CARBIDE SPARE PARTS FAQ

EXPERT ANSWERS ON CUSTOM TOOLING COMPONENTS

Have specific questions about CAD file formats, reverse engineering, or machining tolerances for your tungsten carbide spare parts? Review our technical FAQs below to learn how we guarantee 100% interchangeability for your stamping dies. For urgent replacement requests due to press breakdowns, please directly contact our tooling engineers for fast-track manufacturing.

We accept most standard 2D and 3D CAD formats, including STEP, IGES, DXF, DWG, and SolidWorks files. Our engineering team will review your drawings for manufacturability within 24 hours.

For standard wire-cut and ground carbide components, lead times typically range from 1 to 3 weeks depending on geometrical complexity and our current machining queue. We also offer expedited services for emergency press breakdowns.

Yes, absolutely. As long as you can provide accurate 2D/3D CAD drawings or physical samples for reverse engineering, we can manufacture precise drop-in replacements for any progressive or compound die.

Yes. If CAD drawings are unavailable, you can send us the broken or worn punch/insert. Our metrology lab will scan and measure the part to reconstruct a highly accurate 3D model before manufacturing.

START YOUR PROJECT TODAY

Contact Form Demo