On November 20th, the world's top medical industry event, a comprehensive and all-encompassing grand exhibition covering the entire industry chain - the German MEDICA exhibition, came to a successful conclusion.

As a core platform for global exchanges of medical equipment, technology and services, this year's MEDICA attracted medical manufacturers, research institutions and purchasers from various countries and regions to participate. They engaged in in-depth interaction around the upgrading of medical equipment and the matching of scenario demands. Schurich Group, with the theme of "Electric Drive, Smarter Mobility", showcased its wheel family at the exhibition and successfully conducted efficient communication with global partners.

During the exhibition, the Schokai booth showcased a variety of medical casters, omnidirectional wheels and electric assist wheels. This attracted many overseas customers to stop by - some bent down to examine the structural details of the casters, others asked questions about the equipment models with omnidirectional wheels, and the staff communicated with the customers based on the product features and their actual application scenarios.




On-site, customers were more concerned about "whether it can be compatible with their own devices", "how stable it is when in motion", and "whether it meets the standards for overseas scenarios". The interaction was efficient and highly targeted.

The Schokai foot wheels come in over 100 models and can be widely adapted to various medical equipment, hospital beds, examination trolleys, and other diverse carriers. They can not only handle frequent movement requirements with ease, but also achieve stable locking in different medical environments such as wards, outpatient clinics, and examination rooms. They fully cover all the usage scenarios of the medical process and provide stable support for various medical carriers. Many medical equipment manufacturers have consulted on the details of compatibility and highly praised the products.

The introduction of the electric-assist wheels focuses on the core issue of "difficulty in moving heavy equipment" in medical scenarios. Unlike the passive following mode of traditional casters, it achieves active assistance through electric drive technology. Even large rehabilitation equipment and heavy diagnostic devices can be easily pushed and smoothly moved, effectively reducing the operational threshold for medical staff.

The omnidirectional wheels designed for the fields of robotics and intelligent medical equipment, with their features of horizontal movement, 360° flexible steering, and precise movement, have solved the movement problems of intelligent devices in complex scenarios - such as the need for delivery robots to navigate flexibly in narrow corridors or between patient rooms, and the need for surgical robots to perform precise control and stable locking during surgeries. The omnidirectional wheels can achieve agile response, smooth steering, and precise positioning. The appearance of these omnidirectional wheels has enabled everyone to visually observe the application effect of the product, and it has particularly attracted the attention of customers in the field of intelligent medical equipment.