Months later, Maya stood on the actual factory floor. The smell of ionized air and heated metal was thick. She watched the real robotic arms mirror the exact movements she had perfected on her screen months prior.
Here’s a breakdown of the key advancements in the 2301 version that are helping companies minimize risk and accelerate digital transformation. 1. Enhanced Robotics and Virtual Commissioning
Ensure that your simulation models accurately reflect the real-world dimensions and behaviors of the long pieces and the equipment that interacts with them.
Do not leave PLC debugging for the end of the project. Implement SIL (Software-in-the-Loop) early in the design cycle. Use Process Simulate 2301 to validate the automation logic continuously as the mechanical design matures. Step 4: Standardization with Kinematic Libraries siemens tecnomatix process simulate 2301
Utilize internal robot controller algorithms (via RRS/VRC interfaces) for precise cycle-time calculations and path trajectories.
Process Simulate is a 3D simulation environment that integrates with PLM and CAD systems to:
The software integrates standard ergonomic evaluation metrics, including RULA (Rapid Upper Limb Assessment), OWAS, and NIOSH lifting equations. Months later, Maya stood on the actual factory floor
Start with SIL testing using virtual PLCs to iron out basic sequencing code, then transition to HIL testing for timing-critical safety validation.
Coordinate collision-free paths for multiple robots operating in shared workspaces.
Process Simulate Robotics allows engineers to author, simulate, and optimize complex robotic workcells. Here’s a breakdown of the key advancements in
Minimizes physical scrap material and reduces the carbon footprint of factory setup. Technical Deployment and System Requirements
Run multiple simulations to test different scenarios, including worst-case scenarios, to ensure that your production line can handle a variety of long pieces efficiently.
These new hand-strength features are also supported in Process Simulate VR , allowing for realistic ergonomic studies in an immersive environment. 3. Collaboration in the Cloud