The most significant update in 2301 is the overhaul of robotic path planning. Previously, programming a robot to avoid collisions in a dense workcell required tedious manual waypoint adjustments. The 2301 release introduces an AI-assisted collision avoidance algorithm that dynamically recomputes trajectories in real-time as the user drags a robot’s end-effector. This reduces path programming time by an estimated 40-60% for complex arcs, such as those required in automotive gluing or arc welding.
: This new application allows users to align a digital twin with its real-world counterpart using inexpensive cameras. It offers sub-1mm accuracy for weld point inspection and cell alignment. siemens tecnomatix process simulate 2301
"It’s importing..." Marcus tapped his foot. "How long for the conversion?" The most significant update in 2301 is the
The licensing for the 2301 suite was primarily traditional, on-premise perpetual licenses. However, Siemens has since migrated much of its portfolio to a cloud-based SaaS model under the "Process Simulate X" brand. The table below shows comparative pricing for current SaaS offerings to estimate the value of modern Process Simulate tools: This reduces path programming time by an estimated
Validate code within a purely digital environment.
Elena paused. In the past, this would have meant hours of work. She would have had to export the geometry, convert it, manually reassign collision sets, and pray the kinematics didn't break. But today was different. Today, she had upgraded the team to .
The uniqueness of the DTA solution lies in its remarkable level of accuracy—achieving precision better than 1 millimeter. DTA supports three main use cases: weld point and bolt inspection, asset alignment, and cell alignment. By comparing as-designed to as-built production, DTA helps detect differences earlier in the process, reducing the risk of major rework and added costs. This capability is particularly valuable for manufacturers seeking to maintain quality standards while accelerating production ramp-up.