BBZ
BBZ is an Italian company specializing in custom solutions for robotic surgery training and development. Since 2013, they have been providing training systems for robotic surgery, support for the development of surgical robots, and medical technologies. Their mission is to enhance surgical training and innovation through advanced robotic solutions.
Industries
Nr. of Employees
small (1-50)
Products
Portable robotic surgery training console
Compact foldable console that reproduces surgical robot console ergonomics with high‑resolution graphics and inertia‑mimicking arms; designed for rapid deployment and transport.
Cloud training data platform
Cloud-based platform for storing trainee session data, providing user badges for access, supervisor dashboards and data export capabilities.
Teleoperation console hardware
Adaptable teleoperation console that connects via multiple protocols and is configurable for different robot kinematics and user adjustments.
Auxiliary analog sensor module
Small wireless or snap-on analog sensor module providing an additional degree-of-freedom and a digital button for haptic devices, with defined sampling and battery characteristics.
Portable robotic surgery training console
Compact foldable console that reproduces surgical robot console ergonomics with high‑resolution graphics and inertia‑mimicking arms; designed for rapid deployment and transport.
Cloud training data platform
Cloud-based platform for storing trainee session data, providing user badges for access, supervisor dashboards and data export capabilities.
Teleoperation console hardware
Adaptable teleoperation console that connects via multiple protocols and is configurable for different robot kinematics and user adjustments.
Auxiliary analog sensor module
Small wireless or snap-on analog sensor module providing an additional degree-of-freedom and a digital button for haptic devices, with defined sampling and battery characteristics.
Services
Custom robot design and implementation
End-to-end service from robot concept and mechanical design to software integration and deployment in clinical environments.
Teleoperation console adaptation and integration
Customization and supply of teleoperation consoles with multiple communication interfaces and ergonomic adjustments to integrate with customer robots.
Simulation software integration and testing
Integration of custom robots into virtual environments for control algorithm testing, safety evaluation and demonstration without physical hardware.
Training system deployment and cloud analytics
Provision of portable training consoles and a cloud platform for storing trainee data, monitoring progress and exporting results for analysis.
Sensor and accessory development
Design of small form‑factor sensors and interface modules for haptic devices, including sampling characteristics and battery-powered operation.
Custom robot design and implementation
End-to-end service from robot concept and mechanical design to software integration and deployment in clinical environments.
Teleoperation console adaptation and integration
Customization and supply of teleoperation consoles with multiple communication interfaces and ergonomic adjustments to integrate with customer robots.
Simulation software integration and testing
Integration of custom robots into virtual environments for control algorithm testing, safety evaluation and demonstration without physical hardware.
Training system deployment and cloud analytics
Provision of portable training consoles and a cloud platform for storing trainee data, monitoring progress and exporting results for analysis.
Sensor and accessory development
Design of small form‑factor sensors and interface modules for haptic devices, including sampling characteristics and battery-powered operation.
Expertise Areas
- Robotic surgery training and assessment
- Teleoperation console design
- Medical robot mechanical and control system design
- Simulation and virtual prototyping for medical robots
Key Technologies
- Time-delay neural networks (TDNN)
- Kinematic data analysis
- Inverse kinematics and motion planning
- Physics-based virtual simulation