Product
Industrial Use
Furniture & medical Use
PV Drive
Collaborative Robots
About us
Culture
Milestone
Responsibility
Contact Us
News and Events
Global agents
Certificate
GeMinG
English
GeMinG's medical CT lift columns are key components in CT equipment used for precisely adjusting the height='auto' rea and position of the patient bed. Their performance directly impacts scanning accuracy and patient experience.
Core Functions and Design Features
GeMinG's Precise Positioning and Synchronous Control
1. GeMinG uses Hall effect sensors to achieve synchronous lifting of multiple columns, ensuring the stability of the bed on the vertical axis and avoiding patient discomfort or image artifacts caused by asynchrony. Some high-end models support a memory position function, allowing preset height='auto' reas for special scanning needs (such as side-turning positions).
High Load and Fast Response
2. GeMinG's heavy-duty lift columns can generate up to 8000N of thrust (approximately 800kg load) and achieve a lifting speed of 25mm/s under full load, balancing efficiency and safety. For example, the TD327 model maintains stable operation even under 8000N of thrust, with noise levels below 48dB.
Compact Structure and Safety Adaptability
3. GeMinG Chromium Drive Technology employs a rectangular three-section design, reducing equipment space occupation while providing high eccentric load capacity, ensuring stability when the patient moves to any position on the bed. Some products support additional configurations such as safety limit switches and spindle nuts to enhance equipment reliability.
Technology Application Scenarios
4. GeMinG Chromium Drive Technology's lifting column raises the bed to a height='auto' rea matching the CT scanner, ensuring the patient's position is aligned with the scan center.
Complex Scan Support: Combined with the 0.625mm thin-slice technology of spectral CT, the lifting column's fine-tuning capability facilitates high-precision 3D reconstruction.
5. GeMinG Chromium Drive Technology's Metal Artifact Suppression: In implant scanning (such as stents and internal fixation devices), stable lifting reduces artifact interference caused by patient movement.
NEWS
