Footswitch Components
FOOTSWITCH 2B UNC by Philips
SKU：O18539-989601040063PN：989601040063
Product Overview
Key highlights
The Philips FOOTSWITCH 2B UNC is designed for seamless operation in imaging environments, enhancing workflow efficiency during procedures. Its ergonomic design allows for hands-free control, making it an essential tool for radiology and ultrasound applications, ensuring precision and ease of use for healthcare professionals. FOOTSWITCH 2B UNC by Philips
Key Highlights
- The Philips FOOTSWITCH 2B UNC is designed to enhance operational efficiency in imaging environments, providing seamless control during procedures.
- Its ergonomic design ensures comfort for users, reducing fatigue during extended use in high-demand clinical settings.
- This footswitch is compatible with various imaging modalities, streamlining workflows and improving accessibility to critical functions.
- Durability is a key feature, ensuring long-lasting performance even in rigorous clinical environments.
- Easy integration with existing systems allows for rapid deployment and minimal disruption to workflow.
Compatible Systems & Use Cases
The FOOTSWITCH 2B UNC is likely compatible with various imaging systems, particularly in radiology and ultrasound applications. It can be utilized in scenarios such as:
- X-ray imaging systems
- Ultrasound machines
- CT and MRI systems
Technical Specifications
| Parameter | Value |
|---|---|
| Model Number | 989601040063 |
| Type | Footswitch |
| Connection Type | Wired |
| Operating Environment | Clinical settings |
| Weight | Approx. 1.5 kg |
Clinical and Service Value
The Philips FOOTSWITCH 2B UNC is engineered to enhance clinical workflows by providing a reliable and intuitive interface for imaging professionals. Its ergonomic design allows for extended use without discomfort, which is crucial in high-pressure environments such as hospitals and outpatient clinics. By facilitating hands-free operation, it enables clinicians to maintain focus on patient care while efficiently managing imaging tasks.
From a service perspective, the durability of the FOOTSWITCH 2B UNC minimizes the need for frequent replacements, contributing to lower maintenance overhead. Its compatibility with multiple imaging modalities ensures that healthcare facilities can standardize equipment across departments, simplifying training and reducing the learning curve for staff. This adaptability not only enhances operational efficiency but also fosters a more cohesive workflow in busy medical settings.
Additional notes
FOOTSWITCH 2B UNC by Philips