Precision in action

Introducing anthropomorphic robotic hands: innovative, compact cybernetic limbs designed for exceptional dexterity and precision. These hands provide unrivaled precision for tasks that require delicate handling, complex movements, and intelligent automation.

«Precision beyond human capabilities. Intelligence in every move»
Advanced features
The robotic arms feature ROS 2 support, pressure sensors for delicate touch, and computer vision. Replaceable modules allow them to be customized to meet changing needs.
  • Pressure sensors
    Provides precise control of gripping force, allowing you to work with fragile materials.
  • ROS 2 support
    Integration with Robot Operating System 2 provides flexibility and advanced programming capabilities.
  • Computer vision
    The computer vision system allows robots to adapt to different tasks and working conditions.
  • Replaceable modules
    Replaceable modules allow robotic arms to be adapted to different tasks and materials
Transformation of industries

Inspired by the biomechanics of the human hand, our cybernetic limbs are equipped with high-sensitivity sensors, machine vision systems, and AI algorithms that enable microsurgery-level operations, electronic assembly, or handling of fragile materials.


From labs to conveyors, robotic arms perform tasks that were previously only possible for humans: gripping complex-shaped objects, multi-axis soldering, and micron-precision coating. They are easily integrated into existing lines, learn in real time, and operate 24/7, eliminating defects, injuries, and downtime.


Premium dexterity: 360° rotation, adjustable gripping force, response to environmental changes.

AI platform: self-learning algorithms for non-standard scenarios, from sorting to customized packaging.

Compact and powerful: human-sized hands enable installation even in confined spaces

Versatility: suitable for pharmaceuticals, microelectronics, food industry and other sectors with strict standards.При раз

Revolution in automation

«Synthesis of technology and humanity»

Our next goal
We plan to develop affordable bionic prostheses. Those that will not just replace lost functions, but will become a step towards a new quality of life.
Using the experience of creating robots, we want to transfer artificial intelligence and biosensor technologies to medicine to provide natural mobility, tactile sensitivity and full control over artificial limbs.

  • Neurointegration: direct interaction with the nervous system for intuitive control.
  • Adaptability: algorithms will learn your habits, adjusting to your gait, grip or movement dynamics.
  • Biocompatibility: lightweight, durable materials and ergonomic design for 24/7 comfort.
  • Versatility: solutions for rehabilitation after injuries, congenital anomalies or age-related changes.