Kinova Robotics
Empower Your Operations with Kinova Robotics by Ednex Automation
Ednex Automation leads the charge in bringing advanced automation technology to the GCC region. Serving the United Arab Emirates, Saudi Arabia, Qatar, Oman, Kuwait, and Bahrain, we deliver solutions that transform how businesses and institutions operate. We specialize in providing premier collaborative and assistive robotic platforms designed for the industrial, research, and healthcare sectors. By partnering with us, you gain access to state-of-the-art Kinova robotics, backed by local expertise and comprehensive support.
Our focus remains on integrating flexible, safe, and highly capable robotic systems into your existing workflows. Whether you manage a high-tech research facility, a progressive healthcare institution, or an agile manufacturing plant, our targeted automation solutions help you achieve your operational goals.
A Deep Dive into Kinova Robotics
Kinova robotics represent a massive leap forward in human-robot interaction. Unlike traditional heavy industrial machines that require restrictive safety cages, Kinova designs robots specifically to work alongside people. These collaborative robots (cobots) combine lightweight structures with exceptional safety features, making them ideal for dynamic environments.
Kinova serves as a premier AI and research robotics platform. Academic institutions and corporate research and development centers rely on these systems to prototype new applications, test artificial intelligence algorithms, and push the boundaries of modern engineering. Furthermore, the healthcare sector utilizes these systems to restore independence to individuals with mobility impairments, proving the profound versatility of the Kinova ecosystem.
Ednex Automation brings this versatile technology directly to your facility in the GCC. We handle the technical integration so you can focus on maximizing the value of your new robotic assets.
The Kinova Product Lineup
Ednex Automation offers a comprehensive range of Kinova robotic systems to suit various applications and budgetary requirements. Each model delivers specific advantages tailored to distinct industries.
The Kinova Gen3 Robotic Arm
The Kinova Gen3 robotic arm stands as the flagship model for advanced research and complex manipulation tasks. Built for professional developers, academics, and industrial engineers, this arm offers unparalleled control and flexibility.
You can configure the Gen3 as either a 6-axis or 7-axis manipulator. The 7-axis version provides a human-like range of motion, allowing it to reach around obstacles in confined spaces. This flexibility proves crucial in complex research environments and intricate assembly processes. The Gen3 includes an embedded vision system with a 2D and 3D sensor, enabling immediate visual feedback and object recognition straight out of the box.
Engineers appreciate the open architecture of the Gen3. It allows you to bypass standard control loops and implement your own custom algorithms, making it the ultimate tool for pushing the limits of machine learning and autonomous operation.
Gen 3 Lite
When you need a professional-grade robotic arm but operate within stricter space or budget constraints, the Gen 3 Lite provides the perfect solution. Designed specifically as an accessible AI and research robotics platform, it delivers the core benefits of the Kinova ecosystem in a more compact package.
The Gen 3 Lite features a 6-axis configuration and a highly efficient power-to-weight ratio. It weighs only 5.4 kilograms, making it incredibly easy to move between different workstations or classrooms. Despite its small footprint, it runs on the same robust software framework as the standard Gen3. This means researchers and students can develop code on the Lite model and scale it up to larger Kinova arms later. It serves as an excellent entry point for universities and light industrial facilities looking to integrate automation without requiring massive infrastructure changes.
Gen 2 (Assistive Robotic Arms / JACO)
Kinova originally built its reputation on the Gen 2 platform, widely known for its profound impact on the healthcare and assistive technology sectors. The Gen 2 assistive robotic arms (JACO) are designed specifically to mount on motorized wheelchairs. They empower individuals with upper-limb mobility impairments to perform daily tasks independently, such as eating, drinking, and opening doors.
The Gen 2 utilizes lightweight carbon fiber construction, ensuring it does not negatively impact wheelchair balance or battery life. Its highly intuitive control system integrates seamlessly with existing wheelchair joysticks and sip-and-puff controls. Ednex Automation works closely with healthcare providers and rehabilitation centers across the GCC to deploy these life-changing assistive devices, ensuring proper mounting, configuration, and user training.
Link 6
The Link 6 represents Kinova’s dedicated entry into the industrial collaborative robots market. Designed for fast deployment in manufacturing and assembly environments, the Link 6 focuses on maximizing throughput and minimizing setup time.
This model features a 6-kilogram payload capacity and extensive reach, making it perfect for pick-and-place operations, machine tending, and quality inspection tasks. The Link 6 features a highly intuitive user interface that allows floor operators to program new movements simply by guiding the arm by hand. You do not need a team of specialized software engineers to reconfigure the robot for a new product run. Furthermore, it includes built-in mounting points for various end-of-arm tooling, allowing for rapid swaps between different grippers, vacuums, or sensors.
Technical Excellence at the Core
The hardware driving Kinova robotics sets the industry standard for precision, safety, and responsiveness. Ednex Automation ensures that your team fully utilizes these advanced technical capabilities.
6/7 DOF Robotic Manipulators
Degrees of freedom (DOF) dictate how a robot can move through space. Our 6/7 DOF robotic manipulators provide exceptional dexterity. A 6 DOF robot can reach any point in space with a specific orientation. Adding a 7th degree of freedom introduces kinematic redundancy. This means the robot can keep its end effector (the “hand”) perfectly still while moving its “elbow” around an obstacle. This capability is essential for operating in crowded laboratory settings or tight industrial work cells.
Torque Sensor-Based Robots
Safety and precision in collaborative environments require advanced sensing technology. Kinova builds torque sensor-based robots that measure the exact amount of force applied at each joint. If the arm encounters an unexpected obstacle—like a human worker’s hand—the torque sensors detect the resistance instantly and halt all movement. This intrinsic safety mechanism eliminates the need for expensive and space-consuming safety fences. Furthermore, these sensors allow for precise force-control applications, such as polishing fragile materials or assembling delicate electronics.
Real-Time Control (1 kHz)
Advanced robotics require lightning-fast communication between the hardware and the software. Kinova systems feature real-time control (1 kHz) capabilities. This means the robot’s internal controller reads sensor data and updates motor commands 1,000 times every single second. This ultra-fast closed-loop control ensures perfectly smooth trajectories, immediate response to safety triggers, and highly stable operation even during complex, dynamic tasks.
Seamless Software Integration
Hardware only provides half the solution. The true power of an AI and research robotics platform lies in its software ecosystem. Kinova systems integrate smoothly with the industry’s most popular development tools.
ROS and Kortex API Integration
The Robot Operating System (ROS) serves as the global standard for robotics research and development. All Kinova arms feature comprehensive ROS and Kortex API integration.
The Kortex API provides developers with high-level commands to control the robot quickly, while also offering low-level access for those who need to write custom control algorithms from scratch. You can program the systems using C++, Python, or MATLAB. This open-architecture approach means you spend less time trying to make the robot communicate with your network and more time developing your actual applications. Whether you are building a custom computer vision system or training a neural network for automated grasping, the Kinova software environment supports your workflow.
Partnering with Ednex Automation in the GCC
Choosing the right robotic hardware matters, but choosing the right deployment partner matters just as much. Ednex Automation provides comprehensive support across the UAE, Saudi Arabia, Qatar, Oman, Kuwait, and Bahrain.
We do not just drop off equipment. Our team provides end-to-end service, starting with a detailed analysis of your operational needs. We help you select the exact Kinova model and configuration required for your specific tasks. Following installation, we provide extensive training for your staff, ensuring they feel confident operating and programming the new systems. We also offer ongoing maintenance and technical support to guarantee maximum uptime for your investment.
Transform your facility with the most adaptable robotic systems on the market. Contact Ednex Automation today to discuss how Kinova robotics can optimize your workflows, enhance your research, or improve patient care across the GCC.