Designing a Cartesian robot (intersecting axis robot) tabletop on the site.
You can simulate the design of a Cartesian robot!
*You can experience the design of the arm with your desired specifications using the design link below! https://apps.kaonadn.net/5463001/robot/index.html#;5 *For detailed specifications, please click "Download Catalog." Other option selections such as racks and pumps cannot be made on this site. Please contact us. 1) Click on Main axis (X-Axis) at the bottom of the screen. Click on the length of the X arm in the Range section on the left to confirm. 2) In the same screen, determine the number of Y-axis arms using Number of arms. 3) In the same screen, select whether or not to include options such as the cover for the X arm from Options. 4) Click on Arm1 (Y-Axis) at the bottom of the screen. Select the information for the first Y arm. Choose the length of the Y arm in Range, the position for the Z arm (left or right) in Orientation, and whether or not to include a cap and its color in Options. 5) Click on Arm1 (Z-Axis) at the bottom of the screen. Select what to attach to the Z arm. For more information, please refer to the basic information section (↓).
basic information
6) You will decide how many disposable tip heads or probes to attach to the Z-axis, such as with single tip pipetting or pipetting with two tips. You can also select a gripper for moving plates or tubes with the Moving plate or Moving tube options. 7) If you select Dual arm in the Number of arms section on the Main Axis (X-Axis) screen (which means two Y-axis arms), please make your selections for the above points 4) to 6) according to your preferences using the tabs Arm1 (Y-Axis) and Arm1 (Z-Axis) at the bottom of the screen. 8) Finally, a list of necessary parts will be displayed in the Bill of Materials section at the bottom of the screen.
Price information
The price varies depending on the quantity, so please feel free to contact us.
Delivery Time
Model number/Brand name
Cavro Omni Robot Design Site
Applications/Examples of results
Mainly automatic liquid dispensing devices, nucleic acid purification devices, sample pretreatment devices, and automatic analyzers for in vitro diagnostic reagents.
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