Overview
Here you can find an overview about the topics which are provided in this section.
๐ฆ Install twin
This sections explains how to install twin.
๐งญ How to handle twin
- twin's interface and navigation
- Saving and opening projects, reporting bugs
- 3D CAD tree, properties and 3D handling
- Simulation component tree, properties, IOs and diagram handling
- Window layout docking
- etc.
๐ Organize projects
- Create new projects
- Save as / duplicate projects
- Import existing projects
๐ฅ Import CAD files
- Export assemblies from SolidWorks
- Import CAD files into twin
๐ง How to handle 3D objects
- Group 3D objects
- Duplicate 3D objects as boxes
- Merge multiple 3D objects into one
- Move objects in 3D space
- Select axes and coordinate systems
โ๏ธ Organize simulation components
- Understand simulation components
- Using properties, inputs, outputs
- Use components within diagram
๐งช Activate physics in your simulation
- Use various rigid body types
- Simulate complex 3D objects
- Add object 3Ds with random pose
- Use "sink" to delete objects
๐ Simulate conveyor systems
- Simulate conveyor belts and rollers
- Control conveyor belt movement
๐ฉ Simulate cylinders
- Simulate push-off and stop cylinders
- Simulate alignment cylinders
- Simulate pivoting cylinders
๐ฐ Simulate axis systems and portals
- Kinematic setup of axis systems and gantries
- Control axis systems and gantries
- Kinematic setup of rotary indexing tables and turntables
๐ก Simulate sensors
- Light barriers and inductive sensors
- Distance sensors
๐ค Simulate grippers
- Simulate vacuum grippers
- Simulate spring-loaded vacuum grippers
๐งฌ Create program sequences
- Create graphical program sequences
- Write control logic using C# scripts
๐ Connect to PLCs
- Connect to PLC Sim Advanced
- Create IOs using the datapoint browser
- Use predefined datapoint lists
- Prepare datapoint lists for large-scale IOs
๐ฆพ Simulate robots
- Import robots from the twin robot library
- Control and program generic robots within twin
- Connect to real robot controllers (e.g. Universal Robots URSim, Yaskawa MotoSim)
โ๏ธ Model complex mechanical motion systems
- Model eccentric-driven linear motion mechanisms
- Model cam-guided follower mechanisms on turntables
๐ Debug and analyze signals in twin
- Record and analyze data for cycle time analysis and debugging
๐ง Best practices for efficient project development
Video guides on topics like:
- Efficient duplication of linked simulation components using groups
- How to build and import twin template library elements
- Create a switchable system to dynamically toggle between manual and PLC control
โ FAQ
- Simulating machine control panels
- Flexible material handling and creation with axes and robots
- Moving AGVs along freely definable pathes