Elephant Robotics

Elephant Robotics designs and manufactures lightweight collaborative robot arms, mobile robots, and bionic companion robots for education, research, commercial automation, and home use. Its product lines include myCobot, mechArm, myPalletizer, myAGV, MarsCat, metaCat, and professional cobots for industrial tasks. These robots support smart manufacturing, robotics labs, AI courses, and creative projects for developers and students.
Turin Robotics

Turin Robotics makes industrial robots and integrates systems for manufacturing tasks. Robots handle welding to join metal parts, stamping for high-volume production, grinding to smooth surfaces, material handling to move items, and inspection to check quality. SCARA robots reach speeds of 0.28 seconds per cycle. Options include four-axis SCARA, mini six-axis arms, delta pickers, and heavy-duty models up to 500KG payloads. These tools fit automotive, electronics, and metalworking lines.
Rainbow Robotics

Rainbow Robotics makes robots that work alongside people in factories and warehouses. They produce collaborative arms for picking, packing, and machine tending; humanoid walkers for testing and disaster response; and wheeled mobile bases for moving goods. These handle payloads from small parts to heavy loads, with easy programming for real-world jobs. Their lineup includes compact cobots, high-reach models, and dual-arm systems used in manufacturing and service settings.
Rokae

ROKAE makes six-axis industrial robots and cobots with IP67 protection for tough factory conditions. These handle tasks like precise assembly, welding, grinding, material handling, and inspection. Models support payloads from 3kg to 220kg and reaches up to 3200mm. They work in auto parts, electronics, new energy, and medical fields with features for speed, accuracy, and safety.
Collaborative Robotics

Collaborative Robotics creates robots for safe teamwork with humans. These machines handle tasks in manufacturing, logistics, healthcare, and hospitality. The Proxie robot moves items, avoids people, and adjusts to changing work areas. It serves customers like Maersk and Mayo Clinic. Robots run on AI to learn environments and boost operations without safety fences.
OpenArm 01: Unlocking Open-Source Humanoid Robotics for Physical AI

OpenArm 01 offers an open-source, 7DOF humanoid arm for advancing physical AI. Innovate, build, and collaborate in robotics without limits—perfect for research and real-world use.
How Collaborative Robots Can Be Implemented in Manufacturing

Discover how to implement collaborative robots in manufacturing, explore cobot integration in production, and unlock the benefits of collaborative robots.
JAKA Robotics

JAKA Robotics develops collaborative robots (cobots) for industrial automation across multiple sectors including automotive, electronics, and medical manufacturing. Their robots perform precise tasks like assembly, machine tending, welding, and palletizing with advanced technologies including integrated vision systems, force sensors, and wireless connectivity. JAKA’s compact robotic systems help manufacturers increase production efficiency and reduce manual labor by operating continuously for up to 50,000 hours.
Inovo Robotics

Inovo Robotics develops modular robotic arms designed to automate repetitive tasks for small and medium-sized businesses. Their plug-and-play robotic systems can be easily reconfigured for different manufacturing, logistics, and research applications. With intuitive software that requires no programming experience, businesses can quickly set up robots to handle precise, hazardous, or monotonous tasks, freeing staff to focus on more valuable work.
Han’s Robot

Han’s Robot develops collaborative robots for industrial, healthcare, and logistics sectors. Their robots range from 3kg to 35kg payload capacity and feature unique double-joint module designs that provide high flexibility and precision. The company creates robotic solutions for automated production lines, including welding, assembly, handling, and CNC loading/unloading applications. Their robots integrate advanced motion control algorithms and can operate in diverse environments with high repeatability and safety standards.