Swiss drive specialist, maxon, together with Virtual Incision, have developed the MIRA Surgical System. This is the world’s first miniaturised and robot-assisted surgical device. It works with the sterilisable maxon ECX Speed6 and 8 mm drives.
MIRA is currently being used in Switzerland in a clinical study with the intention of using the data for international regulatory submissions. The small and sleek form factor extends the opportunity for robotic-assisted surgery (RAS) to more patients and surgeons, by making every operating room robot-ready.
As the first robot of its kind, Virtual Incision and maxon collaborated on the design of MIRA. The maxon motors are housed within the arms of the minibot, allowing the device to perform complex multi-quadrant procedures on many different types of patients. The rigid arms, with internally mounted motors, provide the necessary force, control and precision for surgical procedures while enabling the triangulation of the camera and instruments.
maxon is a leading provider of precise electric motors and drive systems, developing drive solutions tailored to the needs of customers in the fields of medical technology, industrial automation, aerospace, mobility and robotics.
Replacing roof-mounted façade cranes in the heart of The Hague
Motion Control & Drives
Mammoet was approached by Façade Access Solutions to support with the replacement of roof-mounted building maintenance units on two neighbouring Dutch government buildings in The Hague.
Read more...Integrated and upgradable vision system ifm - South Africa
Motion Control & Drives
The O3R platform is the comprehensive solution for centralised, synchronised processing of image and sensor information in autonomous mobile robots such as automated guided vehicles.
Read more...Turning bottlenecks into profits igus
Motion Control & Drives
A simply engineered low-cost component used to reorient cans or containers has the potential to significantly boost production and offer unparalleled return on investment for packaging operations across southern Africa.
Read more...South African paper producer partners with ABB ABB South Africa
Motion Control & Drives
Neopak, a leading manufacturer of containerboard and paper products, has renewed its partnership with global technology company, ABB to upgrade the existing automation system at its Rosslyn Paper Mill in Pretoria.
Read more...Advanced lubrication technology for paper producer SKF South Africa
Motion Control & Drives
SKF South Africa’s lubrication systems, powered by integrated state-of-the-art technology, are driving peak performance across the paper industry.
Read more...Power, precision and practical efficiency
Motion Control & Drives
Kollmorgen’s Essentials motion system provides high-quality, high-efficiency motion technology in a streamlined format suited to the majority of applications.
Read more...SKF enhances mill reliability and efficiency SKF South Africa
Motion Control & Drives
SKF South Africa has integrated its advanced products, deep engineering know-how and specialised remanufacturing capabilities to deliver and install a new trunnion assembly on a horizontal grinding mill.
Read more...Short installation spaces and high requirements as drivers
Motion Control & Drives
Axial flow motors from WEBER-HYDRAULIK are characterised by a particularly compact, disc-shaped geometry. Yhey can be integrated in a space-saving manner, giving designers additional freedom in system integration, for example when the motor, mechanics and electronics need to be brought closer together.
While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.
printer friendly version