How ball screw drives are changing everyday medical practice

Solutions for maximum precision in medical technology

Imagine lying in a hospital bed that gently and quietly adapts to your needs - without jerky movements or disturbing noises. For patients who are in sensitive phases of recovery, such details are crucial. Drive technologyespecially Ball screws and Steep threadplays a central role in the control of hospital beds, surgical robots and medical pumps. These technologies enable exact movements under high loads. In medical technology, precision is the key to success, and ball screws and lead screws offer engineers and designers the ideal solution for demanding applications. Thanks to their durability and load-bearing capacity, they are ideal for intensive use in medical field designed.

Ball and lead screws for hospital beds: Precise and silent movements

Hospital beds must be comfortable and easy to adjust for patients and medical staff alike. Ball screws play a decisive role here. They enable the precise Adjustment of bed partssuch as headrests or footrests, and offer low-friction movement even under continuous load. Ball screw drives ensure high positioning accuracy, which is particularly important in everyday clinical practice. In addition to the Precision they are characterized by their Low-noise operation which contributes to the relaxation and recovery of patients in a hospital.
The Ball screws are shown in the Height adjustment of the bed. They offer a higher load-bearing capacity and ensure that the bed remains safe and stable even with heavier patients. These types of thread make it possible to adjust the bed to the desired height and thus ensure easy handling in day-to-day care. An integrated Safety nut in the hospital bed prevents the adjustment mechanism from failing, which can be vital for the patient, especially in critical situations.

Fig. 1: A hospital bed with our Carry ball screw drive

FunctionalityBall screws consist of a spindle, a nut and balls that move in the center in a closed circuit. This minimizes friction and optimizes power transmission, which in turn results in an exceptionally smooth operation. high efficiency of over 90% leads. Particularly important: The drives from Eichenberger enable Smooth and silent movementswhich makes them the perfect solution for hospital beds and Operating tables makes.

Fig. 2: Ball screw drive as an example of a motion thread

Precision in surgery: robots with ball screws

High-precision movements are essential in minimally invasive surgery. Surgical robotsthat are used for these interventions utilize Ball screwsto precisely control the finest movements. These robots make it possible to guide instruments precisely, which increases accuracy and safety during operations.

Ball screws offer extremely low friction and high positioning accuracy, allowing even complex motion sequences to be carried out quickly and safely. The low-friction mode of operation keeps heat generation low, which extends the service life of the components - a significant advantage in medical applications.

Our customers, including leading manufacturers of Medical technologytrust in the reliability of our drive systems. This strengthens confidence in the possible applications of ball screw drives in surgery.

Fig. 3: A threaded spindle enables precise movement sequences in surgical robots

Medical pumps: Precise dosing of liquids thanks to ball screws

With medical pumpspumps, such as insulin or infusion pumps, is the precise Dosage of liquids is crucial. Ball screws enable precise control of the pump mechanics and thus guarantee the reliable delivery of medication. They ensure that the fluids are delivered continuously and without fluctuations over a longer period of time, which is particularly essential in intensive care.

Through the High repeat accuracy and reliability of the ball screws, the risk of dosing errors is minimized, which maximizes patient safety. Eichenberger ball screws made from Aluminum or stainless steel are also ideal for use in high-tech devices such as Magnetic resonance imagingas they are not influenced by magnetic fields.

Off to new dimensions: Drives for high-precision laboratory equipment

In areas such as Laboratory analysis, dosing and operating devices miniaturized and high-precision drives are increasingly required. The demands on the Dimensions and quality of drive elements are constantly increasing. Eichenberger offers solutions that meet these requirements. Our cold-formed round and lead screws like Rondo and Speedy meet the high requirements for low-noise and precise operation in devices of the Life Tech-industry.

Fig. 4: Our threaded spindles enable low-noise, precise operation in laboratory analyzers

Design support: use our configurator

To make planning and design easier for you as a designer or engineer, we offer a Configurator on. With this tool, you can use your information to find the right Drive solution for your specific requirements. You can also CAD files to download a Customized solution or Threaded spindle made to measure to receive. Our online configurator will help you to ensure smooth planning from the initial idea to the final implementation. So you can be sure to select the best components for your medical devices.

 Conclusion

The Drive technologyin particular Ball and lead screw drivesis indispensable in medical technology. Whether in hospital beds, surgical robots or medical pumps, these technologies provide the precision and reliability required for critical applications. Engineers and designers benefit from the high durability and low maintenance requirements that these solutions bring.

Would you like to find out more about customized thread solutions? Contact us for individual advice and optimized solutions that are perfectly tailored to your requirements.

Eichenberger Gewinde AG

With a passion for the perfect movement to move you forward. The number 1 in screw drive technology.

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