The perfect solution for manufacturers with little to no robotic experience
The Fanuc CRX-10iA Cobot, with a 10kg payload and 1,249mm reach, is the perfect solution for manufacturers with little to no robotic experience. The Fanuc CRX series offers an all-new Fanuc programming interface with simple drag and drop technology on a touchscreen pendant. The ease of programming paired with Fanuc’s world-renowned technology, proven reliability, and sensitive contact detection allows the Fanuc CRX-10iA to work safely alongside people in a variety of industrial and manufacturing jobs.
|Fanuc CRX-10iA Collaborative Robot|
|MaxLoad Capacity At Wrist [kg]||10|
|Mechanical Weight [kg]||39|
|Motion Range [°]||J1||380|
|Maximum Speed [°/s]||J1||120|
|J4 Moment / Inertia (Nm / kgm2)||34.8 / 1.28|
|J5 Moment / Inertia (Nm / kgm2)||26 / 0.9|
|J6 Moment / Inertia (Nm / kgm2)||11 / 0.3|
|Mounting Method||Floor, Upside-down, Wall|
Lightweight and compact design allow for easy integration into any work area or existing system.
Easy to install without the use of a crane or lifting equipment.
The Fanuc CRX-10iA collaborative robot uses Fanuc’s latest compact R-30iB Mini Plus Controller for even more space savings.
New Easy Programming
Easily program and teach points on your new Fanuc CRX Cobot using all-new lead-through programming features and a new teach pendant user interface with simple drag and drop programming.
Fanuc CRX Devices
Connecting or switching out peripherals is easy with a wide selection of Fanuc approved devices.
Two connection ports on the J6 axis offer quick connections and interchangeability for end of arm tooling (EOAT), such as grippers and cameras.
Fanuc intelligent features allow for easy connection to force sensors, iRVision, and more.
When ZERO means a lot
The Fanuc CRX Collaborative Robot features world-renowned Fanuc reliability proven through accelerated life tests and 8 years of ZERO maintenance. Industrial strength Cobot reliability and quality you expect from Fanuc – outlasting the lifespan of similar Collaborative Robots.