Hangzhou Aike Automation Co., Ltd.
Today, I'd like to introduce to you a robotic arm product that truly combines lightweight, high load capacity, high flexibility and intelligence.
1. Ultra-lightweight and highly flexible: Weighing only 3.3kg, it can handle heavy loads with ease
Traditional robotic arms often have to make a trade-off between "lightweight" and "high load capacity", but this robotic arm, through a thin-walled aluminum alloy body and precise structural optimization, keeps the overall weight (including grippers) within 3.3kg, while achieving a peak load capacity of 3kg! This means that it can be easily mounted on quadruped robots and even perform tasks as flexibly as a human arm.
2. Light weight yet high load capacity: Specifically designed for airborne use and compatible with quadruped robots
This robotic arm is the only force-controlled robotic arm on the market that can be equipped with a small quadruped robot. Whether in scientific research experiments or commercial applications, it can operate efficiently within a limited space. Its arm span (620mm) and descent distance (500mm) are on par with human arms, truly enabling the robot to "control its fingers as if it were an arm".
3. Fully control high perception: Making Robotic Arms Smarter
Each joint of this robotic arm is equipped with force control and torque perception capabilities, enabling precise identification and grasping of fragile items to prevent collision damage. Whether it is precise operations in the laboratory or flexible assembly in industrial scenarios, it can handle them all.
4. The best carrier of embodied intelligence: low cost, high adaptability, and easy development
Compared with the Franka and UR robotic arms that often cost hundreds of thousands of yuan, this robotic arm, with its extremely high cost performance (only a fraction of the price of traditional products), has become the first choice for researchers of embodied intelligence. It supports ROS and MoveIt, allowing developers to quickly carry out secondary development and accelerate the practical verification of AI algorithms.
· Scientific research and education
Embodied Intelligence Research (AI+ Robot Collaboration
Automated Laboratory (Precise grasping, sample sorting)
Practical training for robot courses in colleges and universities
Inspection + Capture (for power and security scenarios)
Disaster relief (carrying tools or supplies)
Film and television shooting (stable transportation equipment)
· Light industry and services
3C electronic assembly (precision screw locking, circuit board operation)
Medical assistance (drug repackaging, laboratory automation)
New Retail (Unmanned container replenishment, coffee making)
Why did we choose to promote this robotic arm?
As an agent who has long been focusing on the robotics industry, we have found that the market demand for lightweight, low-cost and highly flexible robotic arms is booming. Although traditional industrial robotic arms are stable, their high prices and complex deployments limit their use by small and medium-sized enterprises and research institutions.
The emergence of this robotic arm has precisely filled this gap:
Research-friendly: ROS support facilitates algorithm verification and lowers the research threshold.
Commercially viable: Lightweight design + high load capacity, compatible with service robots and upgraded automated production lines.
Future potential: With the development of embodied intelligence, it will become a key carrier for the interaction between AI and the physical world.
Lightweight robotic arms usher in a new era of intelligence
Today, with the rapid iteration of robot technology, ultra-lightweight force-controlled robotic arms are not merely products; they represent a trend - an era of robots that are lighter, smarter, and more in line with human needs is approaching.
If you are looking for a cost-effective, flexible and easy-to-use robotic arm, it is undoubtedly the best choice at present.
If you need information about our products, please contact us at info@arcsecobot.com