4 hours of maintenance training.  The trainings shall cover topics including but not limited to:  $_{●}$  Machine overview,  $_{●}$  Processes Used in Water Treatment  $_{●}$  Water characteristics and contaminants  $_{●}$  Water purification steps and parts of system  $_{●}$  Troubleshooting, cleaning and maintenance,  $_{●}$  User interface and features,  $_{●}$  Health and safety requirements.  1.4  Ultrasonic Homogenizer  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,  $_{●}$  Basics of homogenization,  $_{●}$  Applied training,  $_{●}$  Cleaning and maintenance of device, accessories and lab  equipments used,  $_{●}$  User interface, features and troubleshooting,  $_{●}$  Health and safety requirements.  1  10  1.5  High Pulse Laser  The training shall include min. 20 hours of theoretical training and  min. 20 hours of applied training and test production.  The trainings shall cover topics including but not limited to:  $_{●}$  Machine overview and terminology,  $_{●}$  Theoretical training of optics, optoelectronics and lasers  $_{●}$  Preparation of material, maintenance, and replacing parts,  $_{●}$  Operation modes, troubleshooting, process parameters and the  part quality,  $_{●}$  User interface and features,  $_{●}$  Health and safety requirements,  $_{●}$  Hands-on training.  5  10  2.1  Laser Cutting 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,  $_{●}$  Laser cutting materials and material preparation,  $_{●}$  Types of laser processes,  $_{●}$  Design considerations and importing CAD drawings,  1  10  August 2020 c4f_annexiitechspeciiitechoffer_en.doc  Page 6 of 49 