How to Use Linear Actuators at Medical Motion


Within an industry characteristically associated with healthcare, the technology used must deliver exceptional performance and purpose to ensure a confident capability for users, patients and healthcare professionals. Mechanical parts can make a difference.

A linear actuator can be defined as a mechanical device that converts energy to create movement signals in a straight line, compared to a circular motion of a typical electric motor. Linear actuators can also be used to apply force. Types of motions from the actuators include: ejecting, clamping, lifting, descending pulling, blocking or pushing.


Medical Requirements

The medical field usually focuses on two main requirements. First, the level of cleanliness: settings and equipment must constantly be clean, and regular washes and cleaners can cause hasty wear of mechanical apparatuses affecting their lifespan and operation. The devices’ performance level must also offer accuracy and stability to ensure consistency in outcome. The actuators should also be able to withstand weighty loads, and be compact to allow several components to be contained in enclosed spaces. The actuators used should offer all these range of capabilities.


Application of Actuators in Medical

Linear 12v actuators are applied for different medical applications. The use ranges from medical-technical platforms, such as dentist chairs, operating room beds, diagnostic systems such as X-ray machines, MRI and CT scanners. Additionally, linear actuators can also be found in appliances such mechanisms in surgery and laboratory robots for fluids control, and automated medicine warehouses.



It is clear that the applications of linear actuator in medical the industry are verse. It is also evident that for such mechanisms, smallness does not necessarily mean less work. When the major factors are space, size or precision, going for the right small linear actuator can make all the difference. For ultimate precision performance for the planned application, all it takes is to be one clear about the requirements necessary to perform the needed task. Top performance and productivity can be achieved, by having the necessary information, through integration of small linear actuator in any application.

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