Drag a removed part toward its ghost anchor. Use Q/E to rotate; arrows to nudge, F for focus. Install validates position, rotation and dependencies.
Visual kinematic model only. Speed, payload and safety ratings are illustrative.
Important notice: KINETIX A6 is an original fictional training robot. The illustrative dimensions, geometry, kinematic limits, payload figure and materials are not manufacturer specifications. It is not a certified industrial product, and this simulation is not suitable for designing real machine safeguards or calculating structural loads.
A collaborative precision assembly robot is much more than a motorized arm. Its apparent simplicity hides a connected mechanical system: an anchored foundation, a rotary waist, articulated shoulder and elbow, three orienting wrist axes, an end-effector interface, sensor references, cable paths, bearing supports and dozens of serviceable fasteners. In the KINETIX A6 virtual engineering laboratory, those details are exposed one at a time. The complete browser simulation contains 129 individually selectable mesh components organized into eight engineering subsystems. This is not a static annotated picture: each part has a defined anchor, a parent coordinate frame, physical geometry, a material description and assembly prerequisites.
The model illustrates a six-revolute-axis serial manipulator, often abbreviated as a 6R robot. Joints J1 through J6 move the arm through a connected chain of rotations. The final gripper includes two opposed fingers that move in parallel. In a real robot, precise work requires coordinated motion planning, a calibrated tool frame, feedback from joint encoders, and carefully managed torque and stopping limits. KINETIX A6 focuses on making these relationships understandable through a hands-on visualization rather than reproducing the full control stack of industrial equipment.
This is an educational, illustrative model of a fictional product: part names, masses, materials and operating figures are simplified and are not a manufacturer's drawing, a design basis or a safety/acceptance document.