The Amatrol 910-QC4 EV-Battery Precision Inspection Learning System teaches the precision measurement and inspection skills used in electric vehicle battery production. Designed for hands-on quality assurance training, the system prepares learners to use real-world measurement tools, evaluate manufactured components and record inspection data.
As electric vehicle production expands, manufacturers need skilled production, operator and quality personnel who can verify that components meet dimensional and quality requirements. The 910-QC4 helps learners build these skills through a tabletop workstation equipped with precision measurement and inspection tools, master parts, data collection software, and an interactive multimedia curriculum.
Students develop practical skills in dimensional measurement, tolerancing, gauging, inspection and digital data collection while learning how quality assurance contributes to the functionality and longevity of EV battery products.
The 910-QC4 gives learners hands-on experience with measurement and inspection devices similar to those used in advanced manufacturing environments. Students learn how to set up, calibrate and properly use multiple measurement tools while determining whether components meet specified dimensional and tolerance requirements.
Instead of learning measurement concepts only through theory, students perform inspections using actual tools and components. Activities include measuring inside and outside dimensions, verifying part acceptance with gauges, measuring weight and inspecting components with a digital microscope.
Modern quality assurance involves more than taking measurements. Learners must also understand how measurement data is collected, recorded and evaluated.
The 910-QC4 incorporates computer-based data collection into the training experience, allowing students to practice recording and viewing measurement information while developing skills relevant to modern manufacturing quality processes.
The 910-QC4 curriculum combines EV battery manufacturing applications with foundational quality assurance and precision measurement skills.
Students use the 910-QC4 to develop practical quality assurance skills that extend beyond EV battery production into advanced manufacturing environments where dimensional accuracy and consistent inspection are essential.
Training includes measurement systems, tolerancing, and the correct use of precision measurement equipment. Learners also explore how dimensions are communicated on technical drawings and how measurements are evaluated against conventional and geometric tolerance limits.
Amatrol's interactive multimedia curriculum combines technical instruction with 3D graphics, videos, voiceovers, quizzes and interactive exercises. This approach helps reinforce the theory behind precision measurement while supporting the hands-on activities performed with the training system.
Curriculum covers topics including U.S. Customary and SI Metric dimensional measurement, linear and circular dimensions, arcs and holes, reading drawing dimensions, and determining whether measurements fall within conventional and geometric tolerance limits.
The 910-QC4 also includes a Student Reference Guide based on the system's curriculum. The guide provides learners with a condensed reference of technical content from the learning objectives that can support them after completing the training.
Amatrol recommends the 82-610 Mobile Technology Workstation or equivalent for use with the system.
The 910-QC4 provides a practical connection between precision measurement fundamentals and the growing EV manufacturing industry. The system can support programs focused on electric vehicle technology, advanced manufacturing, quality assurance and related technical workforce skills.
Want to add EV battery inspection and quality assurance training to your program? Contact Tech-Labs to learn more about the Amatrol 910-QC4 EV-Battery Precision Inspection Learning System, curriculum, implementation and related EV manufacturing training solutions.
