In the medical field, Yuma Precision's iron cores are used in a variety of medical equipment. In diagnostic equipment such as X - ray machines and magnetic resonance imaging (MRI) machines, the motors with Yuma's iron cores play an important role. For X - ray machines, the motors control the movement and positioning of the X - ray tube, and the high - precision iron cores ensure accurate and stable imaging.
In MRI machines, the motors are used for the movement of the patient table and the scanning components. The reliable iron cores enable precise scanning and imaging of the human body, which is crucial for accurate medical diagnosis.
In treatment instruments like surgical robots, the iron cores are used in the motors that drive the robotic arms. These motors need to have high precision and stability to ensure the accurate and safe operation of the surgical robots during operations.
For rehabilitation equipment such as physiotherapy machines and rehabilitation robots, the motors with Yuma's iron cores provide appropriate force and movement. They help patients in the rehabilitation process by providing stable and controlled physical therapy and training.
And in medical laboratory equipment such as centrifuges and automated analysis instruments, the iron cores are used in the motors that drive the rotation and movement of the equipment. They ensure the accurate and efficient operation of the laboratory equipment, which is important for medical testing and research.
Medical Motor Core Products
Medical Equipment Motor Cores
Custom stator and rotor laminations are available for precision motors used in medical devices, diagnostic equipment, automated instruments and motion-control systems.
The motor core can be developed according to customer drawings or existing motor specifications. Important parameters such as outside diameter, inside diameter, slot geometry, tooth shape, stack height and shaft opening can be adjusted to match the motor design.
These customized cores are suitable for applications that require:
Precise and repeatable motor movement
Compact stator and rotor dimensions
Stable torque and speed performance
Controlled motor temperature rise
Reduced vibration and operating noise
Consistent performance in repeated operating cycles
Medical Oxygen Pump Motor Cores
Medical oxygen pumps and respiratory equipment often require motors that operate continuously with stable airflow and limited noise. The stator and rotor core must therefore support efficient magnetic performance, smooth motor rotation and reliable operation.
Yuma Precision can manufacture customized motor core laminations for oxygen pumps, oxygen concentrators, air pumps, breathing equipment and other compact pumping systems.
Customization can be based on:
Pump motor power and rated speed
Stator and rotor dimensions
Lamination material and thickness
Slot number and slot profile
Required stack height
Shaft and bearing structure
Noise and vibration requirements
Prototype or annual production quantity
Medical Motor Core Types
Different medical devices use different motor structures. Selecting the correct core type is important for achieving the required movement, speed, torque and installation dimensions.
Stepper Motor Cores
Stepper motor cores are suitable for medical equipment requiring controlled incremental movement and repeatable positioning. They may be used in sample-handling mechanisms, dispensing systems, laboratory automation and equipment adjustment mechanisms.
Yuma Precision supplies customized stepper motor stator and rotor cores with different frame sizes, tooth structures, slot designs and stacking configurations.
Servo Motor Cores
Servo motor cores are designed for closed-loop motion systems requiring accurate speed, torque and position control. They can support medical automation equipment, robotic mechanisms and precision positioning systems.
Customized servo motor laminations can be developed according to the required power density, motor diameter, stack length and operating speed.
BLDC Motor Cores
BLDC motor cores are suitable for compact medical devices that require efficient operation, long service cycles and controlled speed.
Typical design considerations include:
Frameless and Permanent Magnet Motor Cores
Frameless and permanent magnet motors can be integrated directly into compact mechanical systems. Their stator and rotor cores may be customized for medical equipment with restricted installation space or specialized motion structures.
Customizable Motor Core Parameters
Yuma Precision manufactures medical equipment motor cores according to customer drawings and project requirements.
| Customization Item | Available Options |
|---|
| Core structure | Stator core, rotor core or stator-and-rotor set |
| Motor type | Stepper, servo, BLDC, DC or permanent magnet motor |
| Core dimensions | Custom outer diameter, inner diameter and stack height |
| Slot design | Custom slot number, slot opening, tooth width and profile |
| Lamination material | Electrical steel selected according to motor requirements |
| Lamination thickness | Selected according to efficiency, speed and cost targets |
| Shaft opening | Round, keyed or customized shaft-hole structure |
| Core assembly | Loose, interlocked, welded or bonded laminations |
| Tooling | Proofing dies or progressive stamping dies |
| Production stage | Prototype, small-batch validation or mass production |
Customers are encouraged to provide 2D drawings, 3D models, material requirements, motor performance targets and estimated annual demand for technical evaluation.
Why choose Yuma Precision as Medical Equipment Motor Core Manufacturer?
Integrated Manufacturing Support
Yuma Precision supports multiple stages of motor core development, including drawing review, tooling, sample stamping, mass-production stamping and core assembly.
Multiple Motor Core Technologies
Customers can choose loose laminations, interlocked cores, welded cores or bonded cores according to the project requirements.
Support for Custom Designs
Medical motor cores are manufactured according to customer-specific dimensions, slot designs, materials and stacking requirements rather than limited standard configurations.
Prototype and Volume Production
Proofing dies support early-stage motor testing, while progressive tooling supports the transition to stable volume production.
Component Integration Capability
In addition to individual laminations and stacked cores, further component integration can be evaluated according to the structure of the customer’s motor assembly.
FAQ-Medical Equipment Motor Core
Do you supply standard or customized medical motor cores?
Yuma Precision primarily supports customized medical motor cores based on customer drawings, motor dimensions and equipment requirements.
Can you manufacture both stator and rotor laminations?
Yes. Stator laminations, rotor laminations and matched stator-and-rotor core sets can be manufactured according to the project drawings.
Can you develop samples before opening a progressive die?
Yes. A proofing die or suitable sample-development method can be used to manufacture initial laminations for dimensional and motor-performance verification.
Which motor types can be supported?
Custom cores can be developed for stepper motors, servo motors, BLDC motors, permanent magnet motors and other precision motor structures.
Which core connection method should we choose?
The choice between loose laminations, interlocking, welding and bonding depends on the core geometry, motor performance, mechanical strength, noise target and production quantity.
Can you manufacture oxygen pump motor cores?
Yes. Customized stator and rotor cores can be developed for motors used in medical oxygen pumps, oxygen concentrators and compact respiratory pumping equipment.
What files should we send for evaluation?
Please provide available 2D drawings, 3D models, material requirements, dimensional tolerances, motor parameters and estimated order quantities.
Request a Custom Medical Motor Core Quote
