- Now Seeking PoC Partners
Turning Human
Experience into
Robotic Intelligence
BionIT Labs applies technologies proven in real human use to enable safe, robust, and dexterous robotic manipulation.
We start from the most demanding real-world environment – the human body – and extend that experience into robotics.
WHY WE EXIST
The Toughest Test for Manipulation Technology
“If a system works reliably on a human, it already meets many of the requirements that robotics is still struggling to achieve.”
Prosthetics is the most demanding real-world test for robotic manipulation – daily human use, unpredictable environments, ongoing safety considerations, and the need for high durability.
BionIT Labs has been developing and refining manipulation technology for real people, in real life, for years. This is proven, deployed, and continuously improved through actual human experience.
Extending this technology to robotics is a natural evolution – not a pivot. The same principles that support safe and reliable daily human use inform our approach to robotic platforms.
All technologies are developed with full respect for informed consent, ethical standards, and medical device regulations.
Engineering Foundations
Adam’s Hand is not optimized for demos.
It is optimized for use.
Hand Architecture & Kinematics
- Anthropomorphic robotic hand with 10 active Degrees of Freedom
- 3 integrated actuators with embedded current, position, and speed sensing
Force Capability
- Maximum grip force (7.4 V): up to 70 N
- High static load capacity: up to 120 kg (250 lb) push load through the knuckles, up to 45 kg (100 lb) carrying payload
Sensing & Perception
- Advanced sensing for closed-loop physical interaction: 9-axis IMU, finger position, motor torque
- Coming soon: Force and Temperature sensing, Slip detection
Reliability & Environmental Robustness
- IP67-rated for industrial and outdoor use
- Designed for continuous operation in uncontrolled environments
Power & Electrical Interface
- Wide power supply range: 6–24 V DC
- ISO 9409-1 wrist interface, customizable on request
- M8 8-pin electrical connector, customizable on request
Connectivity & Integration
- Wireless Communication interfaces:
Bluetooth, WiFi - Coming soon: RS-485, CAN, Ethernet
- Coming soon: Native ROS 2 compatibility for real-time control and telemetry integration
Software & Developments
- SDK provided for rapid development, customization, and system integration
- APIs designed for robotics and embedded systems workflows
Maintenance & Lifecycle Design
- Modular Architecture enabling field serviceability and fast component level maintenance
Our Approach
What Makes Us Different
We don’t start from robotics and work toward human-like capability.
We start from proven human experience and extend it to robotic platforms.
Human-First Origin
Technology developed for real people, not lab-only robots. Every design decision has been validated through daily human use in unpredictable real-world conditions.
Embodiment Consistency
A common architecture across human-use and robotic implementations enables consistent interfaces, repeatable integration, and reuse of validated design and performance learnings.
Real-World Robustness
Designed for years of daily use, not controlled environments. Our systems are built to handle the variability and demands of continuous physical interaction.
For partners, this means faster integration, lower technical risk,
and systems designed to work outside controlled lab environments.
Compliance & Safety
Safety Is Not an Afterthought -
It's the Foundation
BionIT Labs develops medical-grade devices.
Safety, compliance, and risk management are not features we add, but core competencies built into our engineering DNA.
- Medical-grade design controls, documentation, and risk management applied to robotics.
- Comprehensive risk management processes
- Designed to support high duty-cycle and extended operation
- Validated through years of daily prosthetic use in real-life environments
This background allows us to approach robotics with a level of safety and risk awareness that is uncommon in traditional robotic development.
This is a strategic advantage for humanoid robotics, human-robot interaction, and any application requiring safe, compliant operation near people.
System-level safety and compliance depend on the final intended use and the partner’s complete system integration.
Specifications refer to a product under development and optimization and may change in the final product.
Partnership Opportunities
What We Are Looking For Now
We are currently engaging with selected partners to explore Proof-of-Concept
integrations of our hand technology in robotic platforms.
- Robotics OEMs
- Humanoid Developers
- Research Labs
- Platform & Ecosystem Players
Our focus is on integration, testing, and joint exploration. We are looking for partners who share our commitment to building capable, safe, and robust robotic systems.
These Proof-of-Concept collaborations focus on hands-on integration and validation,
not exploratory research or concept-only studies.
Let's Build the Next Generation
of Dexterous Robotics Together
If you are exploring advanced manipulation, human-robot interaction, or physical AI, we’d love to start a conversation.
Built on for real human experience.
Designed for the phisical world.