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Medical Footswitch Design Platform: A modular solution for precise control in healthcare

In high-stakes healthcare environments, medical footswitches are critical tools that ensure precise, hands-free control. Herga Technology's Medical Footswitch Design Platform combines robust performance with modular flexibility, allowing healthcare providers to customise footswitch solutions to fit their exact needs.

 

Key features of the Medical Footswitch Design Platform

Compliance and safety standards
The footswitch platform meets stringent safety regulations, making it compliant with:

  • EN/IEC 60601-1: Ensures it is suitable for medical environments, protecting both the user and patient.
  • IPX7 and IPX8 Waterproofing: Available upon request, these ratings allow immersion in water for enhanced durability and easy sterilisation in clinical environments.

Customisable pedal and function configurations
The modular approach allows for configurations ranging from single to five pedals, supporting a variety of control needs. Each pedal is customisable with features like electrical or Bluetooth connectivity, tactile feedback, and color-coded labels. The platform can integrate 6226 footswitches, 6241 puck switches, and 6244 haptic switches to provide clear tactile responses and precise functionality, especially in high-pressure settings like surgery.

Connectivity options for enhanced integration
This platform is versatile with USB, Bluetooth, and standard electrical signal connectivity. USB options include plug-and-play capabilities compatible with major operating systems, while the Bluetooth connectivity supports up to 15 meters of range, making it suitable for dynamic setups.

Ergonomic and safe design
Additional options like roll bars, carry handles, and dividers make this footswitch easy to handle and safe from accidental activation. Its modular design offers flexibility, allowing custom configuration of dividers and materials to suit each user’s ergonomic and operational requirements.

Typical applications in medical environments

The platform caters to diverse applications including:

  • Laser actuation: The footswitches can be integrated with laser-based equipment for diagnostics, providing coordinated hand, eye, and foot control.
  • Electrosurgery: High-frequency equipment control is facilitated by these footswitches, ensuring both accuracy and safety.
  • Imaging & diagnostic equipment: Used with X-ray, MRI, and CT setups, the footswitches allow operators hands-free control for imaging adjustments, enabling hygienic and sterile operation.

Example specifications and applications

  1. MD2G-BGA-CA2-AZZ-00X (2-Pedal Footswitch)
    • Switches: 2 x 6226 footswitches, 2 x 6241 puckswitches
    • Cable: 2 metres of 4-core cable
    • Waterproofing: IPX7 rating
    • Use case: Compact option for basic medical applications, ideal for imaging equipment control.
  2. MD3G-EGA-EA3-TZA-00X (3-Pedal Footswitch)
    • Switches: 3 x 6226 footswitches, 3 x 6244 haptic pucks
    • Cable: 2 metres of 7-core cable
    • Waterproofing: IPX7 rating
    • Use case: Ideal for electrosurgical equipment, where precise control over cutting and coagulation is essential.
  3. MD4G-EGA-BB0-ZZZ-00X (4-Pedal Footswitch)
    • Switches: 4 x 6226 footswitches
    • Cable: 2 meters of 5-core cable
    • Waterproofing: IPX7 rating
    • Use case: Suited for complex, high-functionality requirements such as multi-function diagnostic stations.

 

The Medical Footswitch Design Platform offers unparalleled customisation and functionality for medical professionals. Its modular construction, compliance with medical standards, and waterproof options make it versatile and safe for any healthcare setting. From simple imaging controls to complex surgical tools, Herga Technology’s footswitches integrate seamlessly, offering reliability and precision for critical medical applications.

Do you have any questions or need individual advice? Then please contact our experts. You can reach them by phone or e-mail. We look forward to your enquiry.

Article published on: 14/11/2024

Article last updated on: 14/11/2024