Musculoskeletal disorders are a common occupational disease in the EU and North America and are one of the most common causes for long- term absence from work. Work-related upper-limb disorders annually cost 2.1 billion eurosacross the EU and are responsible for 45% of all occupational diseases. Wearables, clothing enhanced through technology, offer an approach for reducing these injuries. Ironhand^® from the Swedish company BIOSERVO TECHNOLOGIES is a soft robotic glove that strengthens the human grip with help of the company’s patented SEM technology. The gripping force support of the individual fingers is made possible with FAULHABER drives.

Always more, always faster, always further everything needs to arrive at the right time at the right place – the global goods cycle keeps the economy running and is a challenge for everyone involved. This only functions through the use of extensive automation within the logistics chain, which would be unthinkable without an armada of high-performance micromotors. These motors often need to generate considerable forces under extremely confined conditions and, above all, must always work reliably in continuous operation. This is why drives from FAULHABER can frequently be found in these challenging applications.

Countless samples are tested daily in analytical laboratories. The benefits of automation in this area is obvious: They make it possible to achieve faster results, higher throughput, fewer errors and lower personnel costs. In order to ensure smooth operation, high dynamics and precision are extremely important for the drive systems. We spoke to Dr. Aihua Hong about the requirements and developments in this market segment, for which she is responsible at FAULHABER.

Ventilation systems, respiratory protection (PAPR) as part of personal protective equipment, laboratory automation, analysis systems at the point of care or infrared thermometry: manufacturers rely on FAULHABER in vital medical technology applications. The new publication “Drive Systems for Healthcare, Medical & Laboratory Equipment” presents applications and the corresponding optimum drives and accessories.

Less than 7 millimetres for fully integrated Speed Controller

Drive Systems evolved. Generally speaking, electric motors are not "lone wolves" but for most applications need to be combined with gearheads for speed reduction as well as encoders. To ensure that the components are perfectly matched to each other and to minimise installation requirements, it is recommended to obtain the individual components as a complete solution from a single source. Even in cases where installation space is extremely tight and where high-torque drives are required which, owing to the installation situation, need to be as short as possible, there is a practice-oriented solution that is especially suitable for applications in robotics, prosthetic joints, laboratory automation, pumps, medical technology or aircraft cabin equipment.

A FAULHABER Drive System is more than just the sum of its components. When application engineers combine FAULHABER products with one another, the overall performance of the system increases. This is the FAULHABER principle of perfectly optimised parameters and interfaces for compact, integrated and high-performance drive solutions.

The corona pandemic has meant an increase in demand for medical equipment, in particular ventilation and laboratory technology. With its drive systems, FAULHABER makes an important contribution in ensuring the reliable operation of equipment used in these now vital applications and is doing its utmost to safeguard supply. At the same time, the health of our employees has top priority!

While electric mobility is becoming ever more popular, there is still room for developing functional standard technologies in some areas. One such example is the way cars are charged: nobody wants to see streets littered with charging stations. And while inductive charging is largely hidden from view, it comes with some significant disadvantages. Here Volterio offers an efficient alternative that makes sense. The prototype of the charging robot moves using FAULHABER motors.

High resolution meets overwhelming acceleration!