Take a look at the success stories of Yujin Robot solutions, including information about Yujin Robot products.
Manufacturing robots have come a long way since the introduction of industrial robots in the 1950s; they’ve grown from simple, single-function machines
the combination of autonomous mobile robots (AMRs) run by a fleet management system (FMS) and human workers can increase productivity,
In 2019, economists from Oxford University made a bold prediction: By 2030, they said, robots could be filling as many as 20 million manufacturing jobs around the world. In...
Introducing the Dynamic Interchangeable Module DIM series, the latest accessory development from Yujin Robot. DIM is an optimum robot superstructure concept designed to maximize the abilities and ROI of Yujin’s existing GoCart system.
AGV and AMR both navigate spaces independently, performing tasks like lifting, pulling and delivering. Both are used in manufacturing
AMRs improve patient safety and comfort by reducing the spread of infectious diseases, providing contact-free sterilization, delivering food
SLAM is a method used for autonomous mobile robots AMR technology that lets you build a map and localize your vehicle in that map at the same time.
Robot sensor can take on many forms including touch sensors that give the robot the ability to stop if it comes in contact
Hospital robotic delivery system are designed to quickly and consistently make rounds to ensure patients are receiving optimal care
As businesses respond to high levels of consumer demand and navigate supply chain shortages, pallet-lifting AMRs support productivity and throughput.
With no signs of resignations slowing down, the materials handling industry faces ongoing challenges. Not only do warehouses need to retain their existing workforce, but they are also trying to hire and train new workers.
Robotization packages can help transform your existing warehouse into a safer, more efficient and more productive workplace. It can greatly reduce costs while also addressing
Standard AMR
Max. Payload: 180 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 646 x 441 mm (25.43" x 17.36")
Driving Method: Differential
Max. Payload: 250 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 840 x 640 mm (33.07" X 25.19")
Driving Method: Differential
Max. Payload: 1500 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 1222 x 822 mm (48.11" X 32.36")
Driving Method: Differential
-2.png)
Max. Payload: 200 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 897 x 697 mm (35.31" x 26.73")
Driving Method: Omni Directional
