We specialise in developing robotics in areas that have not traditionally been automated or, in some cases, where automation was not even considered possible.
Rather than pursuing incremental improvements on existing robotic systems, we focus on creating dramatic improvements and enabling completely new ways of doing business.
Ripe for automation
Our expertise enables us to pinpoint which tasks are most amenable to automation, ensuring that investment is focused where it will deliver the most value.
In particular, we excel at automating ’semi-structured’ tasks – tasks that are clearly defined yet not purely repetitive. For example, as opposed to a robot that will pick all the apples on a tree, we might design a robot that picks only the ripe ones.
The use of robotics to enable humans to do their jobs better, faster or more precisely is set to bring huge benefits in many fields. For example, enhancing surgeons’ capabilities with features like motion scaling, tremor reduction and enforced ’no-fly‘ zones to protect sensitive tissues.
We’re helping our clients build the next generation of surgical robotics, drawing on our deep understanding of robotic technology, medical imaging, human factors engineering, safety critical software and medically regulated product development.
Depth of knowledge
We draw on a wealth of experience when addressing each new challenge, having created robotic solutions across a range of industries, including industrial, consumer, agricultural and medical.
We combine market relevance with deep technical expertise – from both academia and industry – built on a foundation of core skills, including kinematics, dynamic modelling, real-time control and sensor fusion. This enables us to deliver outstanding custom solutions time-after-time.
Breadth of expertise
Applying robotics in new areas is our specialty, but this requires more than just robotics expertise. Insight into novel sensor technology, machine vision and artificial intelligence (AI) are equally critical to success.
We draw on world-class expertise in all of these disciplines and more, assembling multidisciplinary teams capable of redefining the boundaries of robotics.
Interested in joining us?
Tech, tools & facilities
Warehouse-scale development space
For large-scale robotics development, we maintain a warehouse space suitable for the prototyping and testing of sizable robotics and automation projects.
Robotics lab - Cambridge, UK
In addition to our dedicated manufacturing and electronics prototyping capabilities, we maintain a robotics-specific lab to carry out development and demonstrations, equipped with several robotic arms and 3D tracking capabilities.
Robotics lab - Boston, MA
This dedicated robotics research and prototyping facility enables us to develop industrial automation, warehouse robotics, cobots, agri-robots and medical robotics. This lab contains several six-axis and SCARA manipulators, hardware-in-the loop control prototyping systems, 2D and 3D vision systems, and autonomous mobile robot prototyping platforms.
Transforming warehouse automation with another world-first in radio design
AXSIS demonstrates the possibilities of intelligent robotic design – robots that are dramatically smaller yet significantly more capable than existing surgical equipment.
Nature doesn’t provide blueprints, which are why our robot system can cope with handling all kinds of different fruit – and can even sort red apples from green ones.
Harnessing the science of synthetic biology and best-in-class automation to turn organic waste into high-protein fish food.
News & insights
This paper highlights macro and micro factors affecting oncology and proposes a partnership-driven framework to catalyze innovation for oncology-focused biopharma – as well as the role that select high-impact technologies will have on the on the entire value-chain of cancer research and care delivery.
- AI & Analytics
- Digital health
Successful farming is founded on control. Indeed, the task of growing crops is one of the world’s oldest control loops.
- AI & Analytics
- Connectivity & IoT
Hank is a pneumatic robotic gripper with a sophisticated sense of touch and slip. It can emulate the human ability to grip delicate objects using just the right amount of pressure.
Mamut explores crop fields, capturing granular data on health and yield on a massive scale. By automating data capture, Mamut will bring new efficiencies to food production, enabling growers to predict and optimize yields.
This year’s REAP conference is taking a farmer-centric view of the emerging approaches and technologies to support improved decision-making at every level, informing actionable insights and improved planning across the supply chain
With the current levels of concern and uncertainty over the Coronavirus COVID-19, this event has been postponed. Come back soon to check the new date.
We are delighted that Simon Jordan, our Head of Industrial Sensing at Cambridge Consultants will be presenting as part of the Farming 4.0 programme at LAMMA’20. His session will focus on how innovative technology can transform food production with AI driven precision agriculture.
The AI Summit Seoul focuses on the business impact of AI, covering strategy, implementation and use cases. Topics will range from autonomous driving to computer vision.
We can help you achieve the impossible