High-precision ball screw linear modules have wide and crucial applications in medical equipment,
primarily in the following areas:
Imaging Diagnostic Equipment
CT Scanners: In CT scanners, high-precision ball screw linear modules are used to precisely control the
movement of detectors and X-ray tubes. They move smoothly along preset paths and speeds, ensuring
accurate acquisition of image data of human tissues at different angles and positions. Their high-precis
ion positioning capabilities make the scanning process more accurate, generating high-quality tomogr
aphic images and providing doctors with accurate diagnostic information.
Magnetic Resonance Imaging (MRI) Equipment: In MRI equipment, the module is responsible for moving
key components such as magnets or coils. Because MRI requires extremely high magnetic field uniformit
y and positional accuracy, high-precision ball screw linear modules ensure the precision and stability of
component movement, avoiding magnetic field interference caused by movement errors, thereby obtai
ning clear and accurate MRI images.
Surgical Assistance Equipment
Surgical Robots: In surgical robot systems, the linear module is one of the core components for achieving
precise robotic arm movement. It can precisely control the position and orientation of surgical instrume
nts, enabling doctors to remotely and precisely operate and complete complex surgical procedures. For
example, in minimally invasive surgery, it ensures surgical instruments accurately reach the lesion site,
reducing surgical trauma and improving the success rate and safety of the surgery.
Operating Table: High-precision ball screw linear modules can be used to adjust various parts of the op
erating table, such as lifting and tilting. According to surgical needs, it precisely adjusts the patient's pos
ition, providing the surgeon with the optimal operating angle and space, while ensuring the patient's
comfort and safety during the procedure.
Rehabilitation Therapy Equipment
Rehabilitation Training Equipment: In some rehabilitation training equipment, linear modules can precis
ely control the movement trajectory and force of training components. For example, for limb rehabilitat
ion training equipment, it can provide precise resistance or assistance according to the patient's rehabili
tation progress and physical condition, helping patients to conduct scientific and effective rehabilitation
training.
Medical Testing Equipment
Biochemical Analyzer: In biochemical analyzers, linear modules are used to precisely move components
such as sample holders and reagent needles. This ensures that samples and reagents can accurately
and quickly reach the designated location for mixing and detection, improving the accuracy and efficie
ncy of testing.
High-precision ball screw linear modules play an indispensable role in medical equipment due to their
high precision, high stability, and high reliability, providing strong support for the development of the
medical industry and the health of patients.
