5VDC 2A SYNTHETIC POLYMER CABLE CONNECTED HAND CONTROL by Getinge USA Sales, LLC
Product Overview
Key highlights
The 5VDC 2A Synthetic Polymer Cable Connected Hand Control by Getinge USA Sales, LLC, is designed for high-durability applications in surgical tables, patient transport trolleys, and diagnostic imaging equipment. Its ergonomic grip and built-in overload protection enhance user safety and comfort, making it ideal for intensive care and mobile operating environments. Built in Overload Protection User Friendly Grip Ergonomic
Key Highlights
- The 5VDC 2A Synthetic Polymer Cable Connected Hand Control features built-in overload protection, ensuring safe operation during use.
- Designed with a user-friendly grip, this ergonomic hand control enhances comfort and reduces fatigue for medical personnel.
- Constructed from high-durability synthetic polymer, the device is suitable for various demanding healthcare environments.
- Compatible with multiple medical applications, including surgical tables and diagnostic imaging equipment, making it a versatile choice.
- Meets CE and FDA standards, ensuring compliance with rigorous safety and quality regulations in the healthcare industry.
Compatible Systems & Use Cases
This hand control is likely compatible with a variety of medical systems, including:
- Surgical tables
- Patient transport trolleys
- Hospital beds
- Diagnostic imaging equipment
- Mobile operating tables
- Intensive care units (ICU) equipment
Technical Specifications
| Parameter | Value |
|---|---|
| Current Rating | 2A |
| Voltage Rating | 5VDC |
| Material | Synthetic Polymer |
| Connector Type | Multi-Pin Connector Interface |
| Compliance Standards | CE, FDA |
Clinical and Service Value
The 5VDC 2A Synthetic Polymer Cable Connected Hand Control is designed to enhance the operational efficiency of various medical devices. Its ergonomic design and built-in overload protection not only improve user comfort but also promote safety during critical procedures. This can lead to reduced downtime and increased throughput in busy hospital environments, ultimately benefiting patient care.
Furthermore, the compatibility with a wide range of medical equipment makes this hand control a valuable addition to any healthcare facility. By streamlining workflows and ensuring reliable performance across multiple applications, it supports the needs of biomedical engineers and procurement teams in maintaining a high standard of care. The adherence to CE and FDA standards further reinforces the commitment to quality and safety in patient management.
Additional notes
Built-in Overload Protection User-Friendly Grip Ergonomic
Technical Specifications
Key parameters
Features
Built-in Overload Protection; User-Friendly Grip Ergonomic