The OVR Series Cartesian 3-axis small robot features a simple mechanism that can be easily controlled and constructed cost-effectively. Cartesian Robots, also known as Gantry or Linear Robots, utilized three linear, sliding joints to move through a 3-dimensional space. These robots utilize rigid joints that are each perpendicular to each other provide high reliability and precision for X-Y-Z movement. Control with the MRC Series controller and AZ Series motor drivers.
Cartesian Robots, also known as Gantry or Linear Robots, utilized three linear, sliding joints to move through a 3-dimensional space. These robots utilize rigid joints that are each perpendicular to each other provide high reliability and precision for X-Y-Z movement.
Oriental Motor's 3-Axis Cartesian Robots combined with our MRC robot controllers and MRC Studio Software allow for simple control and performance in a complete robot solution.
3-axis |
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Cartesian Robots Delivered Assembled |
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OVR3AR030030Z10K-C |
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The αSTEP AZ Series (DC input) is used for all axes. No external sensors are required, simplifying the wiring. No battery is needed, so maintenance can be reduced. | ![]() |
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Some motors can be replaced by the customer. This cuts down on the burden of maintenance (both cost and time) after deployment.
*Oriental Motor also replaces motors during maintenance. Please contact your nearest Oriental Motor sales office.
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Small robots OVR can help reduce setup time because dimensional data, such as arm length, is already registered.
Program creation uses a simple command selection format. Programs can be created intuitively, without requiring specialized knowledge such as ladder diagrams. The system supports a range of advanced motion control operations, including P-to-P, linear interpolation, circular interpolation, and arc motion, among others. Operating data is executed directly from a host controller via EtherNet/IP
The robot controller is equipped with useful functions for operating the robot using load position and angle information acquired by the camera.
In order to integrate the 2D camera, MRC Studio is used to perform the calibration* in advance. The settings can be easily confi gured by simply following the on-screen instructions while looking at the illustrations, allowing for a reduction in the work hours necessary for correction.
*Up to two motors
Cartesian Robots |
Number of Axes |
Moving Range |
Transportation Mass |
Power Input |
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300 x 300 x 100 mm |
2.5 kg |
24 VDC |
Knowledge of "Networks", "Ladder Programs", and "Kinematics operations" is needed to run robots.
OVR utilizes a robot controller, making it easy to start up and control the robot, even without robot control experience.
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We have an iPhone/iPad app that allows a robot to be seen in real space to simulate its operation. This simulator allows you to make the small robot OVR appear in the actual space and check its size and range of motion. Please use it to check the size and mechanism movement that are difficult to grasp from catalog information alone. Please contact our technical support for the details.
Use your smartphone or tablet
Download here for free
The EH Series of electric grippers equipped with the αSTEP AZ Series can be controlled as an end effector by the robot controller.
The EH Series of electric grippers equipped with the αSTEP AZ Series can be controlled as an end effector by the robot controller.
Fine current control allows the gripping force to be finely changed and adjusted.
Grips everything from delicate parts to slippery loads appropriately, gently or firmly as needed.