Mapp Robotics Delta Working Range Tool offset

Hi,

I need some clarification regarding the Tool feature of mapp Robotics… I read the help, and I couldn’t find instructions on how it must be done…

I checked some Github examples as well, but I wasn’t able to find anything that could help me…

It’s not clear to me how I set the offset of the working range. In my understanding, if I put the tool dimension and bind the feature to the axes group, should it then consider the length of my tool and therefore shift the working range accordingly?

Is it by the Tool Geometry Description? Is it in the Delta Mechanical System? Flange to TCP?

Thanks in advance.

Best Regards.

Sorry for the frustration @Frederico_Mantovani ,

  1. smooth path (not free): we offer a training SEM1115 for Machine Centric Robotics where they describe step by step all tool configurations.
  2. try and see (free): start with simple step with Tool Geometry description and enable/disable the workspace monitoring Axes group feature and see the reactions

Thanks
Ciao
Valerio

@Frederico_Mantovani Have you tried to download TM1115 - Basics for Machine-Centric-Robotics?

Ciao
Valerio

Hi @Frederico_Mantovani , just to give you an idea for workspace monitoring I made a small example, with no code, I configured everything in the prj and I test that with mapp Cockpit:

In my case I have a robot 6-Axes Roboarm(A) and I created a cuboid for my workspace, below the 2 objects created with Scene Viewer:

In AS you have to create a workspace first:

and link that to your Axes group feature Workspace monitoring:

Of course you have to enable the axes group feature in your axes group:

image

Now I open my axes group with mapp Cockpit, power on + home:

With this robot if I apply on additive movement on the second joint of 20 degrees, it will be outside the workspace:
to do that I call Move block command

Next step will be configure a tool and monitor again the workspace.
This is sincerely the advance I see of mapp Motion (+ mapp Cockpit) compare old ARNC0, now you can test a lot of things without any line of code in your task.
Ciao
Valerio

Hi Frederico,

No, the working range will not shift with your tool configuration since the working range does not limit the position of the TCP but the center of the endeffector-platform (center of where the secondary arms are connected to the “TCP-Plate”). This is also the reason why you can’t reach the top of the workspace with your TCP.

Thank you. I checked over the weekend and this document helped me to understand better.

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I did the same during the weekend.

In the help, it does not describe that in the tool geometry, the translation in Z refers to the distance from the flange to the tip of the tool. In the PDF training, it does…

I conducted some tests with Work and Safe, and it was satisfactory.

Nevertheless, I appreciate the sharing of the training and your effort to help me.

I realise that during my tests. Thank you also for sharing some knowledge!

There is a configuration where I can create a tool representation on the SceneView from the Configuration of the tool?

there was in the past, but I don’t see that anymore in the latest version of SceneView Help, interesting. I have to check.
I called R&D and they gave me the permission to share with the Community one presentation they made in the past for our training but it quite big 40 MB and I can only upload max 10 MB.

Ciao
Valerio

Thank for sharing.

FYI it’s missing the part 5.

Unfortunately there is only one slide inside part 5, but the ppt (even if I zip that) is bigger than 10 MB,
send to my email your contact and I’ll send to you the missing slice.

Ciao
Valerio

Hi @Frederico_Mantovani , I can’t post presentation on the Community so I’m going to remove that.
I have found the old SceneViewer Help with the description how to draw with 3D sw the tool and integrate that in your scene.
I’ll update you soon.
Thanks
Ciao
Valerio

Thank you. I appreciate it!

here we are, attached the old Help.

SceneViewerTool.pdf (1.9 MB)

Ciao
Valerio

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