$_{●}$  Maintenance and troubleshooting,  $_{●}$  User interface, $_{●}$  Multi-axis programming, mill-turn programming, tooling, tool  management, $_{●}$  Measuring systems, machining cycles, coordinate  conversions, $_{●}$  Fundamentals of machine kinematics, basic and advanced  programming, cycle time reduction, $_{●}$  Teach mode operations, verification, fault recognition, effect  of process parameters on the part quality,  $_{●}$  Health and safety requirements,  $_{●}$  Hands-on training.  2.5  Tool Balancing Machine  The training shall include min. 4 hours of theoretical training and min.  4 hours of applied training.  The trainings shall cover topics including but not limited to:  $_{●}$  Machine overview and terminology,  $_{●}$  Maintenance and troubleshooting,  $_{●}$  User interface and modes of operations, $_{●}$  Fundamental balancing operations and reporting,  $_{●}$  Health and safety requirements,  $_{●}$  Hands-on training.  1  10  2.6  Shrink Unit  The training shall include min. 4 hours of theoretical training and min.  4 hours of applied training.  The trainings shall cover topics including but not limited to:  $_{●}$  Machine overview and terminology,  $_{●}$  Maintenance and troubleshooting,  $_{●}$  User interface, $_{●}$  Fundamental shrinking operations and reporting,  $_{●}$  Health and safety requirements,  $_{●}$  Hands-on training.  1  10  3.1  3D Scanner  The training shall include min. 4 hours of theoretical training, min. 12  hours of software training and min. 8 hours of hands-on training.  Participants shall be provided with training required to scan and  inspect different geometries and operate all accessories.  The trainings shall cover topics including but not limited to:  $_{●}$  Machine overview and terminology,  $_{●}$  Setup, maintenance and troubleshooting,  3  10  August 2020 c4f_annexiitechspeciiitechoffer_en.doc  Page 8 of 49 