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Virtual Panel Event about Industrial Connectivity

Virtual event


This 60-minute virtual panel discussion between industry experts will explore the intersection of connectivity (more)

UKIVA Machine Vision Conference



Join us on 15 July 2021 on the MVC Technology Presentation Hub and explore eight online seminar theatres. (more)

PPMA Show 2021

NEC, Birmingham(B40 1NT)

28/09/2021 - 30/09/2021

PPMA Show 2021 will be the UK’s largest ever event dedicated to state-of-the-art processing and (more)

Southern Manufacturing

Farnborough, Hants(GU14 6TQ)

06/10/2021 - 07/10/2021

Southern Manufacturing and Electronics is the most comprehensive annual industrial exhibition in the (more)

Advanced Engineering 2021

NEC Birmingham(B40 1NT)

03/11/2021 - 04/11/2021

Join us in our 12th and most important edition to date, as we invite engineers and management from all (more)

Deep brain surgery inspired by wasps

Deep brain surgery inspired by wasps

A significant problem when operating on the brain is trying to reach a lesion whilst avoiding obstructions. A traditional straight needle insertion has the potential to injure an area, causing irreversible consequences, or the surgeon could deem it too dangerous to even attempt, resulting in an inoperable diagnosis. Imperial College, London, has been working with Maxon products to develop a groundbreaking robotic steerable needle.

Riccardo Secoli, PhD, Mechatronics in Medicine Laboratory, is part of a research team at Imperial who are working to construct a surgical needle that can be manoeuvrered to reach a target deep in the brain while avoiding critical areas. Inspired by the way certain wasps lay eggs inside plants, the unique design of this flexible, steerable needle is made of multiple segments, held together by an interlocking mechanism. 

The reaction force during the insertion process allows it to bend to create the curvature. The biologically inspired robotic probe, codenamed STING (Soft Tissue Intervention and Neurosurgical Guide), can change its direction smoothly by means of a ‘programmable bevel’ tip. Maxon EPOS 24/2 DC motor positioning controllers (closed-loop) are employed using a strategy first developed for car-like robots. An electromagnetic position sensor is embedded at the tip of the probe. 

Riccardo selected a Maxon EC 20 flat brushless DC motor, with a GP-22 gearhead. Imperial College looked at other DC motor manufacturers, but a major reason to use Maxon products was the access to the API (Application Programming Interface) for customisation. The Imperial College team are also prototyping the software, using the popular open source operating systems, the Robot Operating System (ROS), and have focused on the API interface, using Linux in particular. Maxon’s controllers are specifically designed to allow API customisation, which has helped the team to produce a set of libraries to make this an easy process.

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