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TubesT - Simulate
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TubesT - Simulate

Ⅰ. Introduction

 

Simulate is adopted in the final checking stage after all parts have been processed and nested. Generally there are dynamic simulation and static simulation.

 

 

 

Ⅱ. Usages

 

Simulation Dynamic Static
Scenario

Check the actual cutting head status, and cutting order, eg., swing angle, the interferences between the cutting head and the parts.

Quickly view the actual cutting order, by watching  toolpath processing sequence.
How to use

Select parts or toolpath, and click Simulate to start directly.

Click the forward or backward button to adjust the speed.

 

No need to select part or toolpath.

Click the empty area, and click the forward or backward button.
Notices

The cutting head model must be configured correctly.

Please refer to  TubesT - Cutting Head Setup Guide for details.

The part or toolpath cannot be selected during simulation.

If clicking forward or backward after selecting the toolpath, the order of the toolpath will be adjusted accordingly.

 

 

 

 

 

Ⅲ. FAQs

 

1. Why is there no cutting head after I clicked Simulate?

 

The reason might be  that the cutting head model is not configured or not related. Please refer to  TubesT - Cutting Head Setup Guide for details.

 

 

 

2. Why is the corresponding 3D model not displayed during simulation?

 

(1) Rendering Mode is not enabled.

 

(2) The configured cutting head model has not been related to the 3D model file.

 

 

3. How to check the bevel angle during simulation?

 

The angle of A-axis will be displayed in real-time during simulation in the bottom right corner. To check the angle of B-axis, please contact our technical support.

 

 

 

4. How to handle the prompt "Currently using a 2D Laser Head (CHC) to simulate the bevel toolpath. Unable to determine if there is a collision…”  during bevel part simulation?

 

This is because the cutting head in your software is 2D, which cannot detect the bevel toolpath. Please refer to TubesT - Normal Vector Error Detection  to detect vector error, or observe whether there is interference during simulation.

If you are using BLT Intelligent Cutting Head, you can contact BOCHU technical support for 3D model.

You may refer to TubesT - Collision-Avoid to know about the differences between 2D cutting head and 3D cutting head

 

 

TubesT - Simulate 183view

Ⅰ. Introduction

 

Simulate is adopted in the final checking stage after all parts have been processed and nested. Generally there are dynamic simulation and static simulation.

 

 

 

Ⅱ. Usages

 

Simulation Dynamic Static
Scenario

Check the actual cutting head status, and cutting order, eg., swing angle, the interferences between the cutting head and the parts.

Quickly view the actual cutting order, by watching  toolpath processing sequence.
How to use

Select parts or toolpath, and click Simulate to start directly.

Click the forward or backward button to adjust the speed.

 

No need to select part or toolpath.

Click the empty area, and click the forward or backward button.
Notices

The cutting head model must be configured correctly.

Please refer to  TubesT - Cutting Head Setup Guide for details.

The part or toolpath cannot be selected during simulation.

If clicking forward or backward after selecting the toolpath, the order of the toolpath will be adjusted accordingly.

 

 

 

 

 

Ⅲ. FAQs

 

1. Why is there no cutting head after I clicked Simulate?

 

The reason might be  that the cutting head model is not configured or not related. Please refer to  TubesT - Cutting Head Setup Guide for details.

 

 

 

2. Why is the corresponding 3D model not displayed during simulation?

 

(1) Rendering Mode is not enabled.

 

(2) The configured cutting head model has not been related to the 3D model file.

 

 

3. How to check the bevel angle during simulation?

 

The angle of A-axis will be displayed in real-time during simulation in the bottom right corner. To check the angle of B-axis, please contact our technical support.

 

 

 

4. How to handle the prompt "Currently using a 2D Laser Head (CHC) to simulate the bevel toolpath. Unable to determine if there is a collision…”  during bevel part simulation?

 

This is because the cutting head in your software is 2D, which cannot detect the bevel toolpath. Please refer to TubesT - Normal Vector Error Detection  to detect vector error, or observe whether there is interference during simulation.

If you are using BLT Intelligent Cutting Head, you can contact BOCHU technical support for 3D model.

You may refer to TubesT - Collision-Avoid to know about the differences between 2D cutting head and 3D cutting head