Why It’s Right For You
The COVVI Robotic Hand is a dexterous, robust and versatile system, with the ability to complete complex tasks in a range of environments.
Designed to be used by a variety of robotics systems, including Cobots (Collaborative Robots) and Humanoid Robots, our highly-capable hand is customisable to each and every operator. Intuitive and easy to use, the COVVI Robotic Hand can withstand the strength and speed pressures required in industry and academic environments.
Want To Find Out More?
Our team is proud to show off our robotic hand as an emblem of innovation and state-of-the-art technology. To help provide our partners and clients with the perfect starting point for the COVVI Robotic Hand, we have built this ‘Operations Manual’ document.
This brochure covers all the details on how to install the device, set up the software which drives the device, and how to configure the settings to meet the needs of each individual end-user and the unique environments which these hands will be used in.
Please also visit our ‘User Guides’ hub to see our other key documents, such as our Sales Brochure, Quick Start Guide and Overview Presentation: www.covvi-robotics.com/user-guides
Key Features and Functionality
Human in Design
Our robotic hand has been designed with years of experience in replicating the human form, mimicking actions to produce natural movements. The COVVI Hand’s basis on biological models has innovated our robotic design, providing increased knowledge and effectiveness of grip mechanics and movements.
Versatility
A humanoid hand can adapt to various tasks; from simple actions such as holding and lifting, to complex actions like typing or playing musical instruments. This versatility increases robot applicability in different fields, such as; healthcare, manufacturing, and service industries.
Human Robot Interaction
Humanoid robots that use five-fingered hands can interact alongside humans with ease, as well as operate in environments designed for human use. COVVI’s design facilitates intuitive interactions through pre-determined grip patterns, similar to how humans use their hands.
Dexterity in Movement
Our five-fingered gripper allows for a wide range of movements, enabling robots to perform tasks that require fine motor skills. This includes the picking up of small objects, manipulating tools, and performing delicate operations.
Grasping Capability
Opposition of the thumb and flexibility of the fingers in COVVI’s Robotic Hand allows for a variety of grips, enhancing its ability to manipulate objects.
Control and Feedback
Our five-finger grippers are designed to provide feedback about force and positioning, allowing for better control during manipulation tasks. This can enhance the robot’s ability to handle objects more carefully, which is critical in applications such as medical robotics or sensitive assembly processes.
Ongoing Research and Development
Research into robotics, biomechanics and AI can be supported through the implementation of COVVI’s Robotic Hands within Humanoid robots. Our mission is to serve as a system to aid the ongoing research and development of new technologies related to human-like movements and coordination.
Object Recognition and Handling
COVVI’s Robotic Hand could also be used alongside advanced sensors to enable a robot to recognise various objects and determine the best way to grasp. This research can support the development of robotic incorporation, especially for automation in environments where robots work alongside humans.
Our focus at COVVI is ensuring the functionality, adaptability, and usability of our advanced robotic hand across various applications and industries.
Technical Specs
Designed to be used on a wide range of robotic arms, including cobots
Grip Patterns
Pre-programed with 14 functional grips, in addition to individual digit control.
Contact Us
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