Used robotics in Beijing, China

Bjatl Robot six-axis cutting workstation

• Manufacturer: Beijing Aotelong Tech-Develop

ROKAE CR20-17/2.0C-5

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE CR35-35/2.2C

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE CR20-25/1.8C-5

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE CR12-12/1.4C

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE CR7-7/0.98C

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE NB80-50/2.6

• Manufacturer: ROKAE
• Load capacity: 50 kilogram

○ NB80 Series robots have a higher payload capacity and motion range than any other robots in its class, and can meet a wide range of intelligent operation requirements. ○ Its high inertia motion characteristics ...

ROKAE CR35-45/1.9C

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE CR20-20/1.8C

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE CR18-18/1.0C

• Manufacturer: ROKAE
• Load capacity: 45 kilogram

xMate CR series flexible collaborative robots are built on the force-position hybrid control framework and xCore, a new self-developed high-performance control system for industrial robots. Robot body with IP67 p...

ROKAE NB80-80/2.2

• Manufacturer: ROKAE
• Load capacity: 50 kilogram

○ NB80 Series robots have a higher payload capacity and motion range than any other robots in its class, and can meet a wide range of intelligent operation requirements. ○ Its high inertia motion characteristics ...

ROKAE NB25-20/2.0

• Manufacturer: ROKAE
• Load capacity: 35 kilogram

○ NB25 Series robots increase the payload capacity by 25% based on the previous generation. ○ With high inertia motion characteristics, NB25 Series is more suitable for operation scenarios requiring large inertia...

ROKAE NB25-12/2.1

• Manufacturer: ROKAE
• Load capacity: 35 kilogram

○ NB25 Series robots increase the payload capacity by 25% based on the previous generation. ○ With high inertia motion characteristics, NB25 Series is more suitable for operation scenarios requiring large inertia...

ROKAE NB25-35/1.8

• Manufacturer: ROKAE
• Load capacity: 35 kilogram

○ NB25 Series robots increase the payload capacity by 25% based on the previous generation. ○ With high inertia motion characteristics, NB25 Series is more suitable for operation scenarios requiring large inertia...

ROKAE NB25-25/1.8

• Manufacturer: ROKAE
• Load capacity: 35 kilogram

○ NB25 Series robots increase the payload capacity by 25% based on the previous generation. ○ With high inertia motion characteristics, NB25 Series is more suitable for operation scenarios requiring large inertia...