Robotics: innovation today and for the future
From simple, independent robots focused on single tasks, to highly complex systems of interacting robotic devices, we are seeing growing interest in how robotics can be used across industries.
Haptics and the robotic revolution
From the 1950’s aspiration of a humanoid robot in every home, through the 1980s where robotics enabled massive automation by replacing a workforce, our view of how we interact with robots has changed. One thing that has never really become clear though is how exactly we as humans will interact with robots in a way that allows a symbiotic coexistence.
Regardless as to if systems are fully automatic and robotic, or still pulled behind a human operated tractor, there seems an inevitability thatthe future of agrichem lies in smaller doses of highly concentrated, highly effective chemicals, delivered to the square centimetre where they are most needed.

In the personal care market there's an increasing need to deliver highly sensitive sensors in a range of beauty devices that can detect at very low levels.

From custom lens design, to color rending technologies, 3D visualization and optical detection.

Multi-physics modeling for rapid, informed design iteration; sensor fusion enabling low-cost sensors in high sensitivity environments.

Integrating complex technology with ergonomic design to optimise the human machine interaction experience.
Sagentia offers a unique blend of core skills, facilitating progress and innovation.

Our expertise across the entire product development lifecycle. The knowledge of the science, technologies.
Our ability to work alongside your development teams or to work independently.
Our curiosity, passion and collaborative approach in approaching new development challenges.
We are very flexible in our business model and have a client-friendly attitude to IP ownership.
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