4 POSITION, ENCLOSED ROTARY SWITCH. 0.5~X 0.25~ SHAFT by GE Healthcare

Key Highlights

• This 4-position enclosed rotary switch by GE Healthcare is designed for reliable operation in medical imaging systems, ensuring seamless user interaction.
• Featuring a robust construction, it enhances durability and longevity, making it suitable for high-demand environments such as hospitals and imaging centers.
• The switch is compatible with the ORDOGRAPH II model, providing a tailored solution for specific radiological applications.
• Its ergonomic design facilitates easy manipulation, improving workflow efficiency for healthcare professionals during imaging procedures.

Compatible Systems & Use Cases

The 4-position enclosed rotary switch is compatible with the ORDOGRAPH II system. It is ideally suited for use in radiology departments, particularly in X-ray imaging applications, where precise control over imaging settings is crucial for optimal patient outcomes.

Technical Specifications

Parameter	Value
Switch Type	4-Position Enclosed Rotary
Shaft Diameter	0.5 inches
Operating Temperature Range	-10°C to 50°C

Clinical and Service Value

The integration of the 4-position enclosed rotary switch into imaging systems like the ORDOGRAPH II enhances the overall functionality and reliability of radiological procedures. By ensuring precise control over imaging parameters, healthcare professionals can achieve higher quality diagnostic results, ultimately improving patient care and safety.

From a maintenance perspective, the robust design of this switch minimizes the likelihood of failure, thereby reducing downtime and service interruptions. This reliability is essential in busy clinical environments where efficiency and responsiveness are critical. The ease of installation and compatibility with existing systems further streamline workflow processes, facilitating a seamless transition for biomedical engineers during upgrades or replacements.

Additional notes

4 POSITION, ENCLOSED ROTARY SWITCH. 0.5~X 0.25~ SHAFT by GE Healthcare