X-Z robot: When a Z-axis linear motion stage is mounted on an additional transverse axis of motion, it can be referred to as an X-Z robot. This configuration can lift an object vertically, ...

Further, different robots can be interchanged simply by loading in a new set of kinematics equations, while preserving the core software.The present architecture can control 14 axes of kinematics ...

More than one robot can be placed on the HN 100 linear motor for assembly and removal. The main unit uses Weiss HP Pick & Place motors with two degrees of motion, and slides along a four-meter HN ...

What all these robots share is the idea that three linear motion stages – working together and with the right sensors, controls and end-of-arm tooling – can be the most effective, efficient way to get ...

In automation and robotics, multi-axis motion control is the central element in executing complex, precise, and synchronized motion between and during delicate operations. From robot arms in automated ...

Other models and variations of ST's Tandem Robots offer two six-axis R12s for a total of 13 axes with a maximum reach up to 1000 mm, an R19 cylindrical format, and linear tracks up to 3m. Applications ...

Cartesian robots also make sense when the application involves long travel spans, he adds. For example, if the X-axis of robotic travel needs to be, say, 10 meters for an automated storage and ...

Six-axis robots can be mounted to a floor, a table, a wall, a ceiling, a linear actuator or an automated guided vehicle (AGV). They feature a high payload capacity, in addition to wide horizontal and ...

SCARA: The SCARA (Selective Compliance Assembly Robot Arm) robot features two rotary joints for motion in the X-Y plane and a linear joint for motion along the Z-axis. The work envelope of a SCARA ...