High Precision Customized Laminated Motor Core Stator & Rotor | UAV Magnetic Rotor | Generator Core Assembly for High-Efficiency Performance

High Precision Customized Laminated Motor Core Stator & Rotor | UAV Magnetic Rotor | Generator Core Assembly for High-Efficiency Performance

Product Description:

Our high-precision laminated motor core stators and rotors are engineered for maximum efficiency and minimal power loss. These motor cores are crafted from top-grade silicon steel and processed with advanced stamping and lamination techniques to ensure uniform thickness, smooth magnetic flux flow, and excellent insulation. Whether it's for generator assemblies, high-speed UAV motors, or industrial drive systems, our magnetic rotors and stators offer custom-built solutions tailored to specific torque, speed, and weight requirements.

By using laser-cut or progressive die manufacturing, we guarantee tight tolerances and superior alignment of laminations. Coatings can be customized for thermal stability and electrical insulation, enhancing the longevity and reliability of your electric motor systems.

Features:

• Product Name: Metal Stamping Dies
• Processing way: Welded
• Tolerance: ±0.5mm
• Mold type: Forming Die
• Shape: Customized
• Press Range: 35 Tons To 160 Tons

Technical Parameters:

Applications:

• Unmanned Aerial Vehicles (UAVs)

• Electric Generators & Alternators

• Electric Motors for EVs, E-bikes, and Drones

• Servo and Stepper Motors

• Industrial Automation Equipment

• Wind Turbines

• Home Appliance Motors

• Medical Devices Requiring Miniature Motors

Customization:

We offer full customization for:

• Core material type (e.g., CRGO, CRNGO, silicon steel grades)

• Core dimensions: diameter, thickness, lamination patterns

• Assembly method: welding, bonding, interlock

• Rotor pole design, stator slot shape

• Rotor balancing for high-speed applications

• Coating types and insulation layers

• Batch production or small prototypes for testing

OEM & ODM supported. Engineering drawings welcomed.

Support and Services:

Our Product Technical Support and Services for Metal Stamping Dies include:

- On-site troubleshooting and diagnosis of die issues

- Die maintenance and repair services

- Custom die design and engineering assistance

- Training programs for operators and maintenance personnel

- Die performance optimization and tuning

Packing and Shipping:

Product Packaging:

The Metal Stamping Dies will be carefully packaged in a sturdy cardboard box to ensure safe transportation. Each die will be individually wrapped in protective material to prevent any damage during shipping.

Shipping Information:

Once your order is confirmed, the Metal Stamping Dies will be shipped via a reliable courier service. You will receive a tracking number to monitor the delivery status of your package. Please ensure someone is available to receive the delivery and inspect the package upon arrival to confirm that the dies are in good condition.

FAQ:

Q1: What is your minimum order quantity (MOQ)?
A1: We accept flexible MOQ starting from prototyping quantities of 10–50 pieces, especially for custom development.

Q2: Can I request a custom rotor/stator design for my UAV or motor application?
A2: Absolutely. Just provide technical drawings, performance specs, or even a sample. Our R&D team can assist in redesign and optimization.

Q3: What materials do you use for the laminations?
A3: We primarily use high-grade silicon steel (0.2–0.5mm), cold-rolled electrical steel, and specialized magnetic alloys as needed.

Q4: Do you provide samples?
A4: Yes, sample orders are welcome. Lead time usually takes 7–10 working days depending on complexity.

Q5: How do you ensure quality consistency?
A5: Our facility is ISO9001 and IATF16949 certified. We carry out 100% dimension inspection, dynamic balancing tests, and core loss evaluations for every production batch.

Q6: Can I choose the insulation coating or request epoxy potting?
A6: Yes, insulation coatings can be customized (C5, epoxy, oxide), and potting options are available based on application.