TG0 | Design healthcare and medical devices with better interactions

Build devices with more human-like surfaces, interactions and feedback

Create human-shaped interactions and surfaces using sensorless sensing technology, resulting in a more realistic user experience

TG0 enables the integration of functionalities into seamless 3D shapes, enhancing ergonomics, hygiene, and accessibility, and replicating the texture and anatomy of human skin.

Complete design freedom

Design with fewer limitations

Create seamless interactions on wellness & medical devices and equipment with complete creative freedom

Concept and design services

Ease of integration empowering design

Our technology can easily be integrated into the backend, providing a wide range of surface materials and finishes tailored to the specific conditions of your intended use

Reinvent interactions with 3D freeform design

TG0 technology enables unlimited design possibilities for interactive actions. Choose from popular options or create unique interactions and surfacing materials specific to the medical application or environment

Accurate pressure mapping data

Reliable pressure mapping solutions with robust data

Accurately depict pressure data with the help of our hardware and software infrastructure for deeper user insights and improved training experiences to deliver improved patient outcome

Technology overview Pressure mapping

Increased hygiene

Wipeable surfaces proven in the toughest environments

Using a polymer as a touch-sensing surface material with built-in sensing capabilities seals all electrical connections from water and dust, increasing hygiene, reliability and durability

Explore use cases

Bring technologies and exciting solutions never seen before to your customers

Healthcare, MedTech and wellness devices

Create smarter, more comfortable, and more effective products that can help users better manage their health and wellbeing

Accessibility first

Enable users to interact with devices in new and accessible ways, such as by waving a hand or making a particular motion to trigger an action

gesture and proximity recognition

Smarter products that put ergonomics front and centre

Create smarter and more comfortable products, such as mattresses and shoes, that adjust to the user’s body and movements. Pressure mapping can also be used in medical devices, such as prosthetics, to create a natural and comfortable fit with the added benefit of a data output for the user

Pressure mapping

Haptics feedback improving everyday life

Use haptics to provide discreet notifications to the user without the need for visual or auditory cues, or in medical devices to provide feedback to the user about the status of the device and their treatment regimen

Interaction modules

Medical Training

Engineer engaging experiences with efficient knowledge transfer

Realistic surgical training

Create immersive training experiences with new types of interactions, such as gesture recognition or haptic feedback, to provide more realistic training

Replicate the human body

Integrate pressure mapping into medical mannequins to simulate the resistance and texture of human tissue and organs, improving training for procedures such as injections or surgical incisions

Prosthetics / Orthotics

Enhance the comfort, functionality, and usability of prosthetics

Custom fitted limbs

Use pressure mapping and allow the prosthetic or orthotic device to be custom-fitted to the individual's unique anatomy to decrease injury risk

Intuitive user interactions

Enable users to control their prosthetic devices with natural movements, such as hand gestures or muscle contractions

VR and Physical Therapy

Provide more precise feedback and improve the effectiveness of therapy

Adapt and improve

Monitor and track changes in pressure distribution during physical therapy exercises and adjust posture and movement accordingly

Concept and innovation workshops

Design and product development

Capacitive force sensors

Deformation sensing using smart polymers with structural interventions

Complete sensorless sensors integrated within any physical object

How it works

Surface: Over-moulded non-conductive flexible aspect material
Subsurface: Hollowed and overhang structures applied to injection-moulded conductive materials
Power: Simple mechanical electrical connections
Software: Advanced algorithms to detect pressure caused by internal deformation
Data and analytics: Data output of deformation in custom applications