WinderCAM.de Cases : 4 axes vs 3 axes

What it is: Same mandrel, same winding pattern — but two different machine kinematic schemes. Comparison of 4-axis machine with controlled payout head and 3-axis machine with self-aligning roller. Theory: The difference is in delivery eye control. 4-axis: roller position controlled by a dedicated axis. Roller always oriented tangent to the path. 3-axis: roller self-aligns under tape tension or is fixed in an arc. Path must be calculated so tape doesn't slip off the roller. Pattern-centric workflow: WinderCAM separates winding pattern from kinematics. Design the winding once, then switch the machine scheme — trajectories recalculate automatically. No need to redesign winding for each machine. What WinderCAM shows: • Side-by-side visualization of two kinematics for one pattern • Trajectory comparison: where they match, where they diverge • Limitation analysis for each scheme • G-code export for selected kinematics Industrial applications: • Product transfer between production lines (different machines) • Production upgrade: comparing old 3-axis with new 4-axis • Operator training: understanding kinematic differences To get access, visit windercam.de Links : 🚨Telegram - https://t.me/WinderCAM_bot 🚨 e-mail - [email protected]. #FilamentWinding #Composites #5Axis #COPV #WinderCAM #TwistBand #AdvancedManufacturing #Aerospace #CNC #EngineeringSoftware #MultilayerShell #«filament winding trajectory calculation», #«geodesic path calculation composite», #«COPV winding pattern software», #«CNC program filament winding online»