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Custom Frameless Motor Iron Core – Send Drawing for Evaluation & Quotation
Custom Frameless Motor Iron Core – Send Drawing for Evaluation & Quotation

Custom Frameless Motor Iron Core – Send Drawing for Evaluation & Quotation

Yuma Precision specializes in manufacturing customized mini frameless motor core laminations for compact, lightweight and high-performance motors. Our precision stator and rotor cores are designed to deliver excellent torque density, high efficiency and smooth operation in demanding motion control applications.

With in-house tooling development, precision stamping and strict quality control, we provide complete motor core solutions from prototype development to high-volume production.

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Product Specifications

Mini Frameless Motor Core Lamination Manufacturer

Yuma Precision is a professional manufacturer of precision motor core laminations and tooling solutions. We supply customized mini frameless motor stator and rotor cores for compact, high-performance motors used in robotics, medical equipment, UAVs and industrial automation.

What is a Mini Frameless Motor Core?

A mini frameless motor core is a compact laminated stator and rotor assembly designed for frameless motors. Without an external housing, frameless motors offer greater design flexibility, higher torque density and improved space utilization, making them ideal for precision motion control systems.

Key Features

  • Compact and Lightweight Design
    Optimized for applications requiring reduced size and weight while maintaining high performance.

  • High Precision Lamination
    Advanced stamping technology ensures excellent dimensional accuracy, low burrs and consistent quality.

  • High Torque Density
    Designed to maximize magnetic performance and improve motor efficiency in compact spaces.

  • Low Core Loss
    Manufactured using premium electrical steel to reduce iron loss and improve overall energy efficiency.

  • Custom Engineering Support
    Available in customized dimensions, materials and lamination configurations to meet unique motor designs.

  • Prototype to Mass Production
    Rapid tooling development and flexible manufacturing support both low-volume prototyping and high-volume production.

Applications

  • Humanoid Robots

  • Collaborative Robots (Cobots)

  • Robot Joint Actuators

  • Medical Equipment

  • Precision Servo Systems

  • Industrial Automation

  • Drone Propulsion Systems

  • Optical Instruments

  • Semiconductor Equipment

Manufacturing Capabilities

  • Precision Progressive Die Design

  • Motor Core Tooling Development

  • High-Speed Precision Stamping

  • Electrical Steel Lamination Processing

  • Rotor and Stator Core Assembly

  • Quality Inspection and Dimensional Verification

Technical Specifications

ItemDescription
ProductMini Frameless Motor Core Lamination
Core TypeStator & Rotor
MaterialNon-Oriented Electrical Steel / Silicon Steel
Lamination ThicknessCustomized (0.10 mm – 0.35 mm available)
Manufacturing ProcessPrecision Stamping & Lamination Assembly
CustomizationDrawing, Sample or Technical Requirement
Production CapacityPrototype to High-Volume Manufacturing

Why Choose Yuma Precision?

  • Over 20 years of experience in motor core manufacturing

  • Complete in-house mold design and manufacturing

  • High-precision stamping equipment

  • Strict quality management system

  • Fast prototype development

  • Stable global supply capability

  • Customized engineering support

Industries We Serve

Our mini frameless motor core laminations are widely used in robotics, humanoid robots, medical devices, aerospace, industrial automation, precision instruments, semiconductor manufacturing equipment and intelligent motion control systems.

Partner with Yuma Precision

Whether you are developing next-generation robotics, compact servo motors or precision automation equipment, Yuma Precision provides customized mini frameless motor core laminations engineered for outstanding performance, reliability and manufacturing consistency. Contact our engineering team today to discuss your project requirements.