KPT6CGPSR-14-5S

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KPT6CGPSR-14-5S is part of a family of compact, 6-axis positioners that are designed to precisely measure and position objects in 3-dimensional space. The series includes components such as a RobAction Robot, a Kinematic Platform, a RobHarmonic drive, and an Inertial Location Systems (ILS). This makes the KPT6CGPSR-14-5S a powerful tool for automated inspection, assembly, welding, and other industrial applications where precision and accuracy are essential.

A KPT6CGPSR-14-5S system is comprised of a RobHarmonic drive and a RobAction Robbot. The RobHarmonic drive is designed to support either a rotary or linear motion and provides a range of up to five times the speed of the RobAction robot. The RobAction robot is a 6-axis device that can be programmed to move through a designated workspace. It is capable of positioning the robot in a full 360 degree rotation, allowing for precision and accuracy.

The KPT6CGPSR-14-5S uses a combination of laser and vision guidance systems in conjunction with its RobHarmonic drive and RobAction robot. The laser guidance system uses laser sensors and targets mounted on the robot’s tool head to measure and map its position, allowing for precise and accurate movement. The vision guidance system uses a camera system to view the environment and provide information for the robot’s movements.

In addition to its laser and vision guidance systems, the KPT6CGPSR-14-5S also utilizes a variety of sensors to provide additional information about the environment. These sensors measure vibration, temperature, humidity, and other environmental conditions. This allows the robot to respond more quickly and precisely to changing conditions and provides better accuracy in the positioning of the robot.

The KPT6CGPSR-14-5S is typically used in industrial applications, such as welding, assembly, and inspection, where extreme accuracy and speed are essential. It can also be used in medical applications such as surgery, as well as automated inspection and testing in a variety of industries. This system allows for precise and accurate measurements and movement of objects in 3-dimensional space thanks to its combination of vision and laser guidance systems, inertial sensors, and the ability to move the robot in a full 360 degree rotation.

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