Precision Stator Core Tooling Design Manufacturing
Precision tooling design for accurate stator laminations, optimized slot geometry, consistent dimensions, and stable high-volume production.
Precision tooling design is critical to stator core manufacturing because it directly determines lamination accuracy, slot geometry, dimensional consistency, burr control, production stability, and tool life. A well-designed progressive die ensures reliable high-speed stamping, reduces material waste and production variation, and helps maintain consistent core quality from prototypes to high-volume production.
Why Tooling Design Matters?
Tooling Design View
Design Considerations
Lamination Geometry
Material Properties
Burr Control
Dimensional Tolerances
Our tooling designs balance lamination accuracy, material efficiency, burr control, production speed, tool life, and stacking requirements for stable stator core manufacturing.
Material Utilization
Production Speed
Tool Life
Stacking Requirements
Manufacturing Equipment
CNC Machining Centers
High-precision machining for die components and tooling structures.
Wire EDM Machines
Precision cutting of complex die profiles, slots, and fine features.
Surface Grinding Machines
High-accuracy grinding for critical tooling surfaces and tolerances.
Precision Milling Machines
Accurate machining of tooling components and assemblies
Coordinate Measuring Machines (CMM)
Dimensional verification of tooling components and critical features
Tool Presetting Equipment
Accurate tool measurement and setup before machining and production
Die Assembly Equipment
Precision assembly and adjustment of progressive dies
Trial Stamping Equipment
Tool testing and process validation before mass production
Tool Inspection
Dimensional Inspection
Verify critical die dimensions and tolerances.
Profile Inspection
Check slot, contour, and cutting-edge geometry.
Clearance Inspection
Confirm punch-to-die clearance for accurate cutting and burr control.
Surface Inspection
Check tooling surfaces for scratches, wear, and machining defects.
Assembly Inspection
Verify die alignment, positioning, and component fit.
Precision Measurement
Use CMM and other measurement equipment for critical features.
Trial Stamping Inspection
Evaluate initial stamped laminations for dimensional accuracy and burr height.
Final Tool Approval
Confirm tooling performance and stability before production release.
Comprehensive tool inspection ensures dimensional accuracy, proper die alignment, controlled burrs, and stable stamping performance before production.
Advantages
✔ High Precision
✔ Long Tool Life
✔ Fast Development
✔ Stable Production
✔ Lower Cost
✔ Engineering Support
99+
Happy clients
9
Years of experience
Frequently Asked Questions
Can you design tooling according to our drawings?
Yes. We can design and manufacture precision progressive tooling based on your stator core drawings and technical specifications. Our tooling covers slot geometry, lamination profile, tolerances, material thickness, and production requirements, with trial stamping and tool inspection before mass production.
What file formats do you accept?
We typically accept DWG, DXF, STEP, STP, IGES, PDF, and 3D CAD files. Please provide the latest drawing with key dimensions, tolerances, material grade, lamination thickness, and other relevant technical requirements.
Do you provide prototype tooling?
Yes. We provide prototype and trial tooling for new stator core designs, allowing customers to verify lamination geometry, dimensions, burr performance, and stamping processes before investing in full-scale production tooling.
How long does tooling development take?
Typical tooling development takes 2–4 weeks, depending on stator core complexity, die structure, material thickness, tolerances, and production requirements. We provide a detailed timeline after reviewing your drawings and technical specifications.
Can tooling be modified?
Yes. Tooling can be modified or optimized based on trial stamping results, dimensional requirements, burr performance, or design changes. We can adjust critical tooling features to ensure stable production and meet the required stator core specifications.
Do you maintain production tooling?
Yes. We provide routine tooling maintenance and inspection during production, including wear checks, cleaning, alignment verification, and replacement of worn components to maintain stamping accuracy, consistent burr control, and stable production performance.