500+ SPM High-Speed Stamping
Our progressive dies are engineered to run at incredible speeds of over 500 strokes per minute, fulfilling massive OEM orders with ultra-short lead times.
POWER TOOLS MOTOR SOLUTIONS
HIGH-TORQUE MOTOR CORE STAMPING FOR CORDLESS & PROFESSIONAL POWER TOOLS
Empower your professional power tools with ultra-compact, high-efficiency motor cores. We specialize in high-speed stamping for cordless drills, angle grinders, and circular saws. Utilizing our long-life tungsten carbide progressive dies and rapid mass production capabilities, we deliver motor laminations that guarantee extreme torque density and extended battery life.
THE CORDLESS CHALLENGE
MAXIMIZING POWER DENSITY IN COMPACT HANDHELD SPACES
Modern cordless power tools must deliver corded-level performance without overheating or draining the battery quickly. This requires motor cores with flawless slot geometry for maximum copper wire fill, and razor-thin burrs to minimize core loss. Our specialized sub-micron stamping tooling creates perfectly stacked stators and rotors directly in the press, enabling high-RPM operation, rapid heat dissipation, and superior battery efficiency for your tools.
HIGH-VOLUME EXCELLENCE
ADVANCED STAMPING CAPABILITIES FOR POWER TOOL MOTORS
Consumer and professional power tools demand millions of motor cores annually. Explore how our high-speed stamping technology ensures zero defects and rock-bottom per-part costs at massive scales.
OPTIMIZED MATERIALS
COST-EFFECTIVE SILICON STEEL FOR MASS PRODUCTION
Power tool manufacturing is highly price-sensitive. We help clients strike the perfect balance between performance and material cost. By utilizing premium 0.50mm CRNGO sourced from Baosteel, we ensure excellent magnetic permeability and low heat generation for cordless tool batteries.
GLOBAL SUPPLY CHAIN
CHOOSE YOUR POWER TOOL MOTOR SUPPLY STRATEGY
Whether you are a global tool brand looking for reliable finished motor cores, or a motor manufacturer needing ultra-durable stamping dies for your own presses, we provide scalable solutions designed for the power tool industry.
Buy Tooling: High-Speed Progressive Dies
Import carbide progressive dies engineered for 500+ SPM. Outlast the competition with guaranteed 120 million stroke lifespans and easy maintenance.
Explore Tooling Export ➔Buy Cores: Mass Production OEM
Let us handle the high-volume stamping. Receive millions of perfectly interlocked, ready-to-wind motor cores delivered globally to your assembly plants.
Explore Lamination Stamping ➔POWER TOOL STAMPING FAQ
EXPERT ANSWERS ON POWER TOOL MOTOR CORES
Have technical questions about increasing slot fill factors, tooling longevity, or prototyping new cordless motors? Review our FAQs below or contact our engineers to accelerate your R&D.
How do you support the trend of cordless (battery-powered) power tools?
Cordless tools require maximum efficiency to extend battery life. We support this by stamping high-precision BLDC (Brushless DC) motor cores with ultra-thin burrs and perfect concentricity, which drastically reduces core loss and heat generation, thereby conserving battery power.
What is the typical production speed for your power tool motor dies?
Power tool components require extreme mass production. Our tungsten carbide progressive dies are dynamically balanced to run flawlessly at speeds between 400 to 600 strokes per minute (SPM), ensuring you meet massive market demands.
The stator slots for power tools are very small. How do you prevent punch breakage?
Small slot punches are indeed fragile. We use ultra-fine-grain tungsten carbide from Sandvik, which offers exceptional toughness. Furthermore, our die design incorporates highly precise stripper plates and guide pillars to ensure absolute punch stability during high-speed operation.
Can we prototype a new drill motor core before ordering a progressive die?
Yes. We offer fast-turnaround prototyping using wire-EDM or laser cutting. This allows your R&D team to wind the prototype cores and test the torque/RPM curves of the new power tool before committing to a high-volume stamping die.