Life sciences

Key Considerations in Life Sciences and Medical Technology:

• High precision and reliability: Medical and laboratory equipment require extremely precise movements to ensure consistent and reliable results. Advanced motion control components, such as electric actuators and linear motors, provide the necessary precision for applications like microscopy and DNA sequencing.
• Compact and space-saving design: Many medical devices and laboratory instruments have limited space for components. Compact motion control solutions, such as integrated servo motors and miniature linear actuators, enable efficient use of available space without compromising performance.
• Hygiene and sterilisation: In medical environments, equipment must be easy to clean and sterilise to meet strict hygiene standards. Motion control systems should therefore be designed with materials and finishes that can withstand regular cleaning and sterilisation processes.
• Quiet and smooth operation: For applications in patient care and laboratories, it is essential that equipment operates with minimal noise and vibration. Silent and smooth motion control solutions enhance comfort for both patients and healthcare professionals while contributing to a calm working environment.
• Regulatory compliance and quality standards: Equipment in the medical sector must meet stringent regulatory requirements and quality standards. Motion control components must be carefully selected and tested to ensure they comply with these standards and provide reliable performance throughout the product’s lifecycle.