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Medical Automation Linear Motor Solutions
SMARTWIN provides linear motor solutions for medical automation equipment, supporting stable and precise motion in detection, testing and filling processes. Our precision medical motion systems help improve operational consistency, positioning accuracy and equipment reliability.
Brain Slice Detection Application Solution
Fully Automatic Liquid Filling Machine Application Solution
Brain Slice Detection Application Solution
Solution Features: High precision requirements with stable operation, achieving speed fluctuations of ±0.1μm.
Industry: Medical
Equipment Name: Brain Slice Detection
Industry Application: Brain Slice Detection
Operating Environment:
Structure: XY Cross Structure
Configuration Description: KYAC2000 series linear motor, RSF 0.1μm encoder, ELMO driver, IKO cross rails
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Service Support
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Fully Automatic Liquid Filling Machine Application Solution
Solution Features: The dual-drive gantry structure utilizes CFS series motors, improving the stability of dual-drive operation. The overall solution design is evaluated for feasibility, with technical and debugging support provided to ensure optimal performance.
Industry: Medical
Equipment Name: Fully Automatic Liquid Filling Machine
Industry Application: Production of Medical Pharmaceuticals
Operating Environment: Constant temperature workshop
Structure: Dual-drive gantry steel structure
Configuration Description: CFS125 series linear motors, RSF absolute value grating, Rexroth driver, THK rails, Siemens control system
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FAQ
- Q:
What kind of motion system is used in medical automation equipment?
A: Medical automation equipment usually needs clean, quiet, and stable motion for testing, sample scanning, filling, and positioning processes. Smartwin KYAC2000 linear motor can support small precision detection axes, while Smartwin CFS125 linear motor can drive larger automatic filling structures. The direct-drive design reduces mechanical transmission parts and helps medical equipment maintain smoother motion.
- Q:
Why do medical testing platforms need ultra-stable low-speed motion?
A: Medical testing platforms are often sensitive to speed fluctuation, vibration, and small position errors during slow scanning. Smartwin KYAC2000 can work with RSF 0.1μm encoder feedback, allowing the motion axis to maintain fine position correction during low-speed movement. This helps sample scanning and precision testing processes reduce motion disturbance.
- Q:
How can medical sample scanning reduce motion fluctuation?
A: Medical sample scanning requires the platform to move slowly and consistently so that image capture or signal detection remains stable. Smartwin KYAC2000 uses direct-drive motion with high-resolution encoder feedback, reducing the influence of mechanical backlash and helping the scanning axis maintain steady movement during delicate sample detection.
- Q:
When does automatic filling equipment need a dual-drive gantry?
A: Automatic filling equipment may need a dual-drive gantry when the filling head is installed on a wide or heavy beam and both sides must move synchronously. Smartwin CFS125 linear motor provides stable thrust for the gantry structure, while absolute grating feedback and synchronized drive control help the filling head maintain consistent positioning during continuous production.
- Q:
What affects repeated positioning in pharmaceutical filling machines?
A: Repeated positioning in pharmaceutical filling machines is affected by filling stroke, moving load, gantry synchronization, vibration, and feedback accuracy. Smartwin CFS125 direct-drive linear motor reduces transmission error from screws or belts, helping the filling axis maintain stable repeated movement during filling, transfer, and positioning steps.
- Q:
Can direct drive reduce noise and maintenance in medical equipment?
A: Yes. Medical automation equipment often needs lower noise, fewer wear points, and less adjustment work. Smartwin KYAC2000 and CFS125 linear motors replace screw, belt, and gear transmission with direct-drive motion, helping reduce lubrication points, mechanical wear, motion noise, and maintenance workload over long-term operation.
