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RCX340 is Yamaha's newest 4 axis (expandable up to 16 axis) absolute, comprehensive controller used to control SCARA, FLIP-X, PHASER, Cartesian, & YP Pick-n-Place robots. Ethernet/IP is available.
YAC100 is a compact 6 and 7 axis controller designed to pair with the YAMAHA YA Series articulated robots and optimized for material handling and assembly applications.
TS-S2 is a single axis, incremental, robot positioner that can store up to 255 points and remotely controlled via a PLC. Ethernet/IP is available in this controller.
TS-SH is a single axis, absolute with battery back-up, robot positioner that can store up to 255 points and remotely controlled via a PLC. Ethernet/IP is available for this controller.
TS-X is a single axis, absolute, robot positioner that can store up to 255 points and remotely controlled via a PLC. Ethernet/IP is available in this controller.
TS-P is a single axis, linear incremental, robot positioner that can store up to 255 points and remotely controlled via a PLC. Ethernet/IP is available in this controller.
RCX-240 is a four axis, absolute, comprehensive robot controller used to control SCARA, FLIP-X, PHASER, Cartesian X/Y/ZR or YP Pick-n-Place robots. Ethernet/IP is available in this controller.
RCX-240S is a four axis, absolute, comprehensive robot controller used to control the Global Platform Series SCARA robots. Ethernet/IP is available in this controller.
RCX-222 is a dual axis, absolute, comprehensive robot controller used to control FLIP-X, Cartesian X/Y or YP Pick-n-Place robots.
RCX-221 is a dual axis, linear semi- absolute, comprehensive robot controller used to control PHASER and Cartesian X/Y robots.
SR1-X is a single axis, absolute, programmable controller that can act as a stand-alone robot controller or integrated into larger automation cells.
SR1-P is a single axis, linear incremental, programmable controller that can act as a stand-alone robot controller or integrated into larger automation cells.
ERCD is a single axis, incremental, programmable controller that can act as stand alone robot controller or integrated into larger automation cells.