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Custom High Efficiency Motor Stator Rotor Core Lamination Stack with Precision Stamping and OEM/ODM Solutions

Custom High Efficiency Motor Stator Rotor Core Lamination Stack with Precision Stamping and OEM/ODM Solutions

Detail Information
Place of Origin
CN
Brand Name
METS
Product Name:
Custom Motor Stator And Rotor Core Lamination Stack
Material:
Silicon Steel / Electrical Steel (e.g., 20RT1200, 35WW300, 50WW600, B20AT1200)
Processing Technology:
High-speed Stamping / Laser Cutting / Wire EDM / CNC Machining
Tolerance:
Precision Grade: ±0.01 Mm ~ ±0.03 Mm
Surface Treatment:
Anti-rust Oil Coating / Epoxy Powder Coating / Electrophoresis
Application:
BLDC Motors, PMSM, Servo Motors, EV Propulsion Motors, Robotics
Highlight:

High Efficiency Motor Lamination Stack

,

Precision Stamping Stator Rotor Core

,

Customized OEM/ODM Solutions Motor Stator Rotor Core Lamination Stack

Product Description
Custom Motor Stator Rotor Core Lamination Stack | High Efficiency EV Motor

The Custom Motor Stator Rotor Core Lamination Stack | High Efficiency EV Motor is a precision-manufactured magnetic core component designed for electric motors, electric vehicles (EVs), industrial drive systems, and high-performance power applications. Made from premium electrical steel (silicon steel) laminations, the stator and rotor core stack provides excellent magnetic conductivity, low core loss, high dimensional accuracy, and stable mechanical performance.

As a critical component inside an electric motor, the stator and rotor lamination stack directly affects motor efficiency, torque output, thermal performance, and operating reliability. Our customized motor core laminations are manufactured through advanced precision stamping, progressive die stamping, laser cutting, stacking, and assembly processes to ensure consistent quality and reliable electromagnetic performance.

The laminated core structure effectively reduces eddy current losses and improves energy conversion efficiency, making it ideal for high-efficiency EV motors, hybrid vehicle motors, industrial servo motors, and automation equipment. By optimizing lamination thickness, material selection, stacking method, and magnetic circuit design, our motor core assemblies help customers achieve higher power density and improved motor performance.

With extensive experience in precision metal stamping and electrical steel processing, we provide OEM and ODM solutions for motor manufacturers worldwide. Customers can customize dimensions, materials, stack height, lamination thickness, slot design, and assembly methods according to specific motor designs and application requirements.

Our Custom Motor Stator Rotor Core Lamination Stack is widely used by electric motor manufacturers, automotive suppliers, EV drive system companies, and industrial equipment manufacturers requiring high-quality, cost-effective, and reliable motor core solutions.

Custom motor stator rotor core lamination stack for high efficiency EV motors
Features
High Efficiency Magnetic Performance
  • Manufactured with high-grade electrical steel laminations for excellent magnetic permeability
  • Reduces hysteresis loss and eddy current loss to improve motor efficiency
  • Supports high-speed and high-performance electric motor applications
Precision Stamping Manufacturing
  • Produced using advanced stamping dies and automated production equipment
  • Ensures accurate slot geometry, consistent dimensions, and stable stacking quality
  • Suitable for high-volume production with strict tolerance requirements
Low Loss Electrical Steel Design
  • Optimized lamination thickness reduces energy loss during motor operation
  • Available with different silicon steel grades according to performance requirements
  • Improves thermal stability and long-term motor reliability
Customized OEM/ODM Solutions
  • Supports customized stator and rotor core designs based on drawings or samples
  • Flexible options for diameter, stack height, slot number, and material selection
  • Suitable for prototype development and mass production
Strong Structural Reliability
  • Precise stacking technology ensures excellent mechanical strength
  • Resistant to vibration and high-speed rotation environments
  • Provides stable performance throughout the motor service life
Cost-Effective Mass Production
  • Professional tooling design reduces manufacturing costs
  • Efficient production processes ensure competitive pricing
  • Supports global motor manufacturers with reliable supply capability
Technical Parameters
Parameter Specification
Product Name Custom Motor Stator Rotor Core Lamination Stack
Application EV Motor, Industrial Motor, Servo Motor, Drive System
Core Material Silicon Steel / Electrical Steel
Material Grade M250-35A, M270-35A, M350-50A, Customized
Lamination Thickness 0.2mm / 0.25mm / 0.3mm / 0.35mm
Manufacturing Process Precision Stamping, Progressive Stamping, Laser Cutting, Stacking
Core Type Stator Core / Rotor Core / Motor Lamination Stack
Outer Diameter Customized According to Drawing
Inner Diameter Customized According to Motor Design
Stack Height Customized
Slot Design Customized Slot Number and Geometry
Tolerance ±0.01mm - ±0.05mm
Surface Treatment Insulation Coating, Anti-Rust Treatment
Assembly Method Riveting, Welding, Bonding, Interlocking
Production Capability Prototype + Mass Production
Quality Standard ISO9001 Quality Management System
Applications
Electric Vehicles (EV)

The motor stator and rotor core lamination stack is a key component for EV traction motors. Its high-efficiency magnetic design helps improve motor output power, reduce energy consumption, and extend vehicle driving range. It is suitable for passenger electric vehicles, electric motorcycles, electric buses, and commercial EV applications.

Hybrid Vehicle Motor Systems

Designed for hybrid powertrain applications, the laminated motor core helps achieve efficient energy conversion, stable operation, and compact motor designs for modern automotive systems.

Industrial Motors

Our customized motor core laminations are widely used in industrial motors, including servo motors, synchronous motors, induction motors, pumps, compressors, and automation equipment requiring reliable performance.

Robotics and Automation Equipment

The lightweight and precision structure makes the stator and rotor core stack suitable for robotics, CNC machines, motion control systems, and high-precision automation applications.

Renewable Energy Systems

Used in generators, wind energy equipment, and other energy conversion systems where low-loss magnetic performance and long-term reliability are essential.

Household Appliances

Suitable for high-efficiency motors used in washing machines, air conditioners, refrigerators, and other electrical appliances requiring stable and energy-saving operation.

Customization

We provide comprehensive OEM and ODM customization services for Motor Stator Rotor Core Lamination Stack to meet different motor design requirements.

Material Customization

Available materials include:

  • Silicon steel sheets
  • Electrical steel laminations
  • Low-loss magnetic steel
  • Customized magnetic materials
Structural Customization

Customers can customize:

  • Stator and rotor dimensions
  • Outer diameter and inner diameter
  • Stack height
  • Lamination thickness
  • Slot design
  • Pole configuration
  • Core shape and structure
Manufacturing Process Customization

Available production processes:

  • Progressive stamping
  • Precision stamping
  • Laser cutting
  • Automatic stacking
  • Riveting assembly
  • Welding assembly
  • Bonding assembly
Performance Optimization

We support customized solutions for:

  • Higher motor efficiency
  • Lower core loss
  • Higher torque density
  • Improved thermal performance
  • Lightweight motor design

Customers can provide CAD drawings, 3D models, samples, or technical specifications. Our engineering team provides professional support from product development and prototype verification to final mass production.

Support and Services
Engineering Support
  • Product design analysis
  • Manufacturing feasibility evaluation
  • Material selection recommendations
  • Prototype development support
  • Technical improvement suggestions
Quality Control

Our quality management process includes:

  • Raw material inspection
  • Lamination thickness inspection
  • Dimensional accuracy testing
  • Core stacking inspection
  • Final product quality verification
Manufacturing Services
  • Rapid prototype production
  • Small batch production
  • Large-scale OEM manufacturing
  • Customized packaging solutions
  • Global supply support
Customer Support
  • Fast quotation service
  • Technical consultation
  • Production status updates
  • Delivery coordination
  • After-sales support
Packing and Shipping
Packing

To ensure product safety during transportation, motor stator and rotor core lamination stacks are professionally packaged with:

  • Anti-moisture protective materials
  • Foam separators
  • Strong export cartons
  • Wooden cases for large shipments

Customized packaging methods are available according to customer requirements.

Shipping

We support worldwide delivery through:

  • Express shipping for samples and prototypes
  • Air freight for urgent orders
  • Sea freight for bulk production orders

Complete export documentation and logistics support are provided to ensure smooth international delivery.

FAQ
Q1: What is a motor stator and rotor core lamination stack?
A motor stator and rotor core lamination stack is a magnetic component made from multiple layers of electrical steel laminations. It improves motor efficiency by controlling magnetic flux and reducing energy losses.
Q2: What materials are used for motor core laminations?
Common materials include silicon steel and electrical steel with different grades designed for high-efficiency motor applications.
Q3: Can you manufacture customized stator and rotor cores?
Yes. We provide OEM and ODM customization based on customer drawings, samples, or technical specifications, including size, material, slot design, and stacking structure.
Q4: What manufacturing processes do you use?
Our production processes include precision stamping, progressive stamping, laser cutting, stacking, riveting, welding, and bonding.
Q5: Are these motor cores suitable for EV applications?
Yes. Our motor stator and rotor core lamination stacks are designed for high-efficiency EV motors, hybrid motors, and electric drive systems.
Products
PRODUCTS DETAILS
Custom High Efficiency Motor Stator Rotor Core Lamination Stack with Precision Stamping and OEM/ODM Solutions
Detail Information
Place of Origin
CN
Brand Name
METS
Product Name:
Custom Motor Stator And Rotor Core Lamination Stack
Material:
Silicon Steel / Electrical Steel (e.g., 20RT1200, 35WW300, 50WW600, B20AT1200)
Processing Technology:
High-speed Stamping / Laser Cutting / Wire EDM / CNC Machining
Tolerance:
Precision Grade: ±0.01 Mm ~ ±0.03 Mm
Surface Treatment:
Anti-rust Oil Coating / Epoxy Powder Coating / Electrophoresis
Application:
BLDC Motors, PMSM, Servo Motors, EV Propulsion Motors, Robotics
Highlight

High Efficiency Motor Lamination Stack

,

Precision Stamping Stator Rotor Core

,

Customized OEM/ODM Solutions Motor Stator Rotor Core Lamination Stack

Product Description
Custom Motor Stator Rotor Core Lamination Stack | High Efficiency EV Motor

The Custom Motor Stator Rotor Core Lamination Stack | High Efficiency EV Motor is a precision-manufactured magnetic core component designed for electric motors, electric vehicles (EVs), industrial drive systems, and high-performance power applications. Made from premium electrical steel (silicon steel) laminations, the stator and rotor core stack provides excellent magnetic conductivity, low core loss, high dimensional accuracy, and stable mechanical performance.

As a critical component inside an electric motor, the stator and rotor lamination stack directly affects motor efficiency, torque output, thermal performance, and operating reliability. Our customized motor core laminations are manufactured through advanced precision stamping, progressive die stamping, laser cutting, stacking, and assembly processes to ensure consistent quality and reliable electromagnetic performance.

The laminated core structure effectively reduces eddy current losses and improves energy conversion efficiency, making it ideal for high-efficiency EV motors, hybrid vehicle motors, industrial servo motors, and automation equipment. By optimizing lamination thickness, material selection, stacking method, and magnetic circuit design, our motor core assemblies help customers achieve higher power density and improved motor performance.

With extensive experience in precision metal stamping and electrical steel processing, we provide OEM and ODM solutions for motor manufacturers worldwide. Customers can customize dimensions, materials, stack height, lamination thickness, slot design, and assembly methods according to specific motor designs and application requirements.

Our Custom Motor Stator Rotor Core Lamination Stack is widely used by electric motor manufacturers, automotive suppliers, EV drive system companies, and industrial equipment manufacturers requiring high-quality, cost-effective, and reliable motor core solutions.

Custom motor stator rotor core lamination stack for high efficiency EV motors
Features
High Efficiency Magnetic Performance
  • Manufactured with high-grade electrical steel laminations for excellent magnetic permeability
  • Reduces hysteresis loss and eddy current loss to improve motor efficiency
  • Supports high-speed and high-performance electric motor applications
Precision Stamping Manufacturing
  • Produced using advanced stamping dies and automated production equipment
  • Ensures accurate slot geometry, consistent dimensions, and stable stacking quality
  • Suitable for high-volume production with strict tolerance requirements
Low Loss Electrical Steel Design
  • Optimized lamination thickness reduces energy loss during motor operation
  • Available with different silicon steel grades according to performance requirements
  • Improves thermal stability and long-term motor reliability
Customized OEM/ODM Solutions
  • Supports customized stator and rotor core designs based on drawings or samples
  • Flexible options for diameter, stack height, slot number, and material selection
  • Suitable for prototype development and mass production
Strong Structural Reliability
  • Precise stacking technology ensures excellent mechanical strength
  • Resistant to vibration and high-speed rotation environments
  • Provides stable performance throughout the motor service life
Cost-Effective Mass Production
  • Professional tooling design reduces manufacturing costs
  • Efficient production processes ensure competitive pricing
  • Supports global motor manufacturers with reliable supply capability
Technical Parameters
Parameter Specification
Product Name Custom Motor Stator Rotor Core Lamination Stack
Application EV Motor, Industrial Motor, Servo Motor, Drive System
Core Material Silicon Steel / Electrical Steel
Material Grade M250-35A, M270-35A, M350-50A, Customized
Lamination Thickness 0.2mm / 0.25mm / 0.3mm / 0.35mm
Manufacturing Process Precision Stamping, Progressive Stamping, Laser Cutting, Stacking
Core Type Stator Core / Rotor Core / Motor Lamination Stack
Outer Diameter Customized According to Drawing
Inner Diameter Customized According to Motor Design
Stack Height Customized
Slot Design Customized Slot Number and Geometry
Tolerance ±0.01mm - ±0.05mm
Surface Treatment Insulation Coating, Anti-Rust Treatment
Assembly Method Riveting, Welding, Bonding, Interlocking
Production Capability Prototype + Mass Production
Quality Standard ISO9001 Quality Management System
Applications
Electric Vehicles (EV)

The motor stator and rotor core lamination stack is a key component for EV traction motors. Its high-efficiency magnetic design helps improve motor output power, reduce energy consumption, and extend vehicle driving range. It is suitable for passenger electric vehicles, electric motorcycles, electric buses, and commercial EV applications.

Hybrid Vehicle Motor Systems

Designed for hybrid powertrain applications, the laminated motor core helps achieve efficient energy conversion, stable operation, and compact motor designs for modern automotive systems.

Industrial Motors

Our customized motor core laminations are widely used in industrial motors, including servo motors, synchronous motors, induction motors, pumps, compressors, and automation equipment requiring reliable performance.

Robotics and Automation Equipment

The lightweight and precision structure makes the stator and rotor core stack suitable for robotics, CNC machines, motion control systems, and high-precision automation applications.

Renewable Energy Systems

Used in generators, wind energy equipment, and other energy conversion systems where low-loss magnetic performance and long-term reliability are essential.

Household Appliances

Suitable for high-efficiency motors used in washing machines, air conditioners, refrigerators, and other electrical appliances requiring stable and energy-saving operation.

Customization

We provide comprehensive OEM and ODM customization services for Motor Stator Rotor Core Lamination Stack to meet different motor design requirements.

Material Customization

Available materials include:

  • Silicon steel sheets
  • Electrical steel laminations
  • Low-loss magnetic steel
  • Customized magnetic materials
Structural Customization

Customers can customize:

  • Stator and rotor dimensions
  • Outer diameter and inner diameter
  • Stack height
  • Lamination thickness
  • Slot design
  • Pole configuration
  • Core shape and structure
Manufacturing Process Customization

Available production processes:

  • Progressive stamping
  • Precision stamping
  • Laser cutting
  • Automatic stacking
  • Riveting assembly
  • Welding assembly
  • Bonding assembly
Performance Optimization

We support customized solutions for:

  • Higher motor efficiency
  • Lower core loss
  • Higher torque density
  • Improved thermal performance
  • Lightweight motor design

Customers can provide CAD drawings, 3D models, samples, or technical specifications. Our engineering team provides professional support from product development and prototype verification to final mass production.

Support and Services
Engineering Support
  • Product design analysis
  • Manufacturing feasibility evaluation
  • Material selection recommendations
  • Prototype development support
  • Technical improvement suggestions
Quality Control

Our quality management process includes:

  • Raw material inspection
  • Lamination thickness inspection
  • Dimensional accuracy testing
  • Core stacking inspection
  • Final product quality verification
Manufacturing Services
  • Rapid prototype production
  • Small batch production
  • Large-scale OEM manufacturing
  • Customized packaging solutions
  • Global supply support
Customer Support
  • Fast quotation service
  • Technical consultation
  • Production status updates
  • Delivery coordination
  • After-sales support
Packing and Shipping
Packing

To ensure product safety during transportation, motor stator and rotor core lamination stacks are professionally packaged with:

  • Anti-moisture protective materials
  • Foam separators
  • Strong export cartons
  • Wooden cases for large shipments

Customized packaging methods are available according to customer requirements.

Shipping

We support worldwide delivery through:

  • Express shipping for samples and prototypes
  • Air freight for urgent orders
  • Sea freight for bulk production orders

Complete export documentation and logistics support are provided to ensure smooth international delivery.

FAQ
Q1: What is a motor stator and rotor core lamination stack?
A motor stator and rotor core lamination stack is a magnetic component made from multiple layers of electrical steel laminations. It improves motor efficiency by controlling magnetic flux and reducing energy losses.
Q2: What materials are used for motor core laminations?
Common materials include silicon steel and electrical steel with different grades designed for high-efficiency motor applications.
Q3: Can you manufacture customized stator and rotor cores?
Yes. We provide OEM and ODM customization based on customer drawings, samples, or technical specifications, including size, material, slot design, and stacking structure.
Q4: What manufacturing processes do you use?
Our production processes include precision stamping, progressive stamping, laser cutting, stacking, riveting, welding, and bonding.
Q5: Are these motor cores suitable for EV applications?
Yes. Our motor stator and rotor core lamination stacks are designed for high-efficiency EV motors, hybrid motors, and electric drive systems.
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