robee.info@gmail.com
Revolutionizing Precision with Anthropomorphic Robotic Arms
Our innovative cybernetic limbs provide high precision and dexterity to solve complex problems
About Us
Introducing anthropomorphic robotic arms: compact cybernetic limbs designed for exceptional dexterity and precision.
RoboArm.io is reimagining automation with AI-powered robotic arms that replicate the fine movements of human fingers.
These robotic arms provide the highest precision for tasks that require delicate handling, complex movements, and automation.
RoboArm.io is reimagining automation with AI-powered robotic arms that replicate the fine movements of human fingers.
These robotic arms provide the highest precision for tasks that require delicate handling, complex movements, and automation.
«Precision beyond human reach. Intelligence in every move»
Human dexterity with robotic precision
The design of the cyber-arm mimics human anatomy (flexible "joints", rotating wrists), and the AI learns by observing people.
The hands cope with delicate tasks that require pinpoint precision: from preparing gourmet dishes to sorting fragile materials.
Thanks to pressure sensors, computer vision and replaceable modules, our robotic arms combine the power of industrial machines with the dexterity of an experienced craftsman.
RoboArm.io is not just a tool, but a new stage in automation. For restaurateurs, engineers, artists and innovators: let's expand the boundaries of the possible together!
The hands cope with delicate tasks that require pinpoint precision: from preparing gourmet dishes to sorting fragile materials.
Thanks to pressure sensors, computer vision and replaceable modules, our robotic arms combine the power of industrial machines with the dexterity of an experienced craftsman.
RoboArm.io is not just a tool, but a new stage in automation. For restaurateurs, engineers, artists and innovators: let's expand the boundaries of the possible together!
Key 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.
High sensitivity
The hands are equipped with pressure sensors and haptic feedback to precisely control 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
Computer vision system allows robots to adapt to different tasks and working conditions
Versatility and flexibility of application
Replaceable modules allow robotic arms to be adapted to different tasks, tools and materials
Intellectual capabilities
AI enables hands to recognize objects and learn adaptively
Micron precision
The highest precision allows even surgical operations to be performed
Find your ideal model
From cooking to assembling microcircuits, they can handle any task
And examples and characteristics will help you make the right choice
We use actuators of our own design. We do not use "cables" as a matter of principle, as this reduces reliability and controllability.
Hands are perfectly compatible with anthropomorphic robots of the Robinzon line | RobeenSon
Robotic arms are perfect for preparing gourmet dishes with precision and accuracy.
Suitable for dirty field conditions. Maximum protection from dirt, dust and moisture
The design of the robotic arms is being developed jointly with the exoskeleton R&D team, which ensures full compatibility of the elements.
Application:
- Manufacturing: assembly of parts and mechanisms
- Cooking: the robot will cut a salad, carefully arrange the ingredients or stir the sauce without spilling a drop
- Logistics: sort parcels and goods even of non-standard shapes
- Medicine and laboratories: working with test tubes, preparing samples, dosing drugs in sterile conditions
- Creativity: drawing, sculpting, calligraphy - the robot will become your digital assistant in art
- Assembly of microcircuitsThe high precision and accuracy of robotic arms allow for efficient assembly of even the smallest components.
- Working with fragile materialsRobotic arms ensure gentle and precise handling of fragile materials.
- Sorting and separationRobotic arms allow sorting objects, separating one element from another
- Industrial tasksIdeal for assembling small parts and performing precision operations in production.
- Laboratory researchEnsures accuracy when handling chemicals and biological samples.
- CreationDrawing and sculpting, help with household chores. Even remotely.
Frequently asked questions
If you can't find the answers, write to us
The model is in the final stage of development. Leave your contacts and we will contact you to discuss pre-order.
The project is at the prototype stage. The work algorithms have been built, the basic scenarios have been described, BPMN diagrams and sequence diagrams have been prepared.
Key Features
Human-like sensitivity:
AI-powered computer vision:
Interchangeable modules:
Highest precision:
- Pressure sensors: adjust gripping force in real time, from gently holding a berry to confidently handling a soldering iron
- Haptic feedback: sensors recognize texture, temperature, and fragility of objects, preventing damage
AI-powered computer vision:
- Object recognition: distinguishes a raw egg from a lemon, and a fragile vase from a box
- Adaptive learning: improves task performance by analyzing operator actions and reducing errors
Interchangeable modules:
- Tools for the task: Interchangeable grippers, blades, suction cups, and spatulas allow you to quickly switch between roles: from chef to logistician
- Plug-and-Play: Change modules in seconds - turn the robot into a bartender, sorter, or artist
Highest precision:
- Micron-level accuracy: Ideal for assembling microchips, decorating desserts, or working with jewelry
- Vibration-free system: Provides stability even at high speed, which is critical for glass, pharmaceuticals or electronics
Development
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.
Revolution in automation
«Synthesis of technology and humanity»
Hands are part of the ecosystem
Stage 1. Production of hands, fingers, actuators and robotic arms RoboArm.io
Stage 2. Product application:
- Exoskeletons ExoMan.io
- RoboCook.io robot chef
- Medical robot RoboDoc.com
- Farm robots: RoboRancho.com
- Industrial robots and separators: RobeeRobotics.io
Stage 3. Adaptation and installation on the humanoid robot Robinzon.io
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.
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.
Our partners
Robee Robotics
Industrial and anthropomorphic robots
Industrial and anthropomorphic robots
ExoMan.ru
Innovative exoskeletons and human enhancement devices
Our development team
Innovative exoskeletons and human enhancement devices
Our development team
RoboCook.io | RoboKok.ru
Robot Chef Development Team
Robot Chef Development Team
Robinzon.io
Universal humanoid robot
Universal humanoid robot
RoboRancho.com
Farm automation team
Farm automation team
RoboDoc.io
robot doctor, combining AI with the expertise of leading doctors: «Medicine of the future, accessible to everyone»
robot doctor, combining AI with the expertise of leading doctors: «Medicine of the future, accessible to everyone»
Dirijabl.ru — reimagining the sky:
cargo and transport airships
cargo and transport airships
CyberDyneSystems.su
international team of roboticists
international team of roboticists
dLenses.io
Digital Lenses: look at the world through the prism of the future
Digital Lenses: look at the world through the prism of the future
Team and competencies
The core of our team is made up of engineers and analysts from the country's leading universities and technology corporations:
The core of our team is made up of engineers and analysts from the country's leading universities and technology corporations:
National Research Nuclear University «MEPhI»
Moscow Institute of Physics and Technology
Lomonosov Moscow State University
Higher School of Economics
Hewlett-Packard
IBS Platformix
Rostelecom Information Technologies
Finalist of the scientific and technical projects competition: Innovative Radio Electronics
Contact us
Our team is open to new ideas, suggestions and questions on the development and use of exoskeletons in various fields. We will be glad to cooperate with investors, making the world a better place together
robee.info@gmail.com