During Hermle’s comprehensive training program, I built a strong foundation in operating and programming 5-axis CNC machines. I learned how to navigate the control panel, run the machine safely, move axes, manage coordinates, and use MDI commands for manual operations. The training also covered creating and editing machining programs, setting work offsets, running programs in both automated and step-by-step modes, and using the touch probe for accurate part setup. I gained hands-on experience with kinematic optimization, the Blum laser system for measurement, tool management, and calibration routines that ensure precise machining. Lessons on automation were taught in Hermele's new Roboter System RS2 Gen2.
Overall, this training gave me practical, long-term skills in 5-axis machine operation, program editing, precision setup, adaptive machining control, and efficient multi-axis workflow planning—skills I actively apply in machining and manufacturing environments.
With my newly developed 5-axis machining and automation skills, I helped Dymenso strengthen its in-house manufacturing capabilities and transition toward a more efficient, automation-ready workflow. I applied my training in program editing, coordinate management, probing routines, and multi-axis orientation to create reliable machining setups for complex prototype parts. I also contributed to developing standardized workflows—such as palletized operations, multi-part run strategies, and consistent tool-management practices—that increased throughput and reduced operator dependency. By combining optimized machining setups and efficient program structures, I helped expand Dymenso’s ability to machine tight-tolerance copper, stainless steel, and specialty components needed for RF structures and precision assemblies.
A realistic, justifiable impact:
The addition of the Hermle C650 increased potential
5-axis machining capacity by ~70–120% (depending on part size + toolpaths)
because:
- The
C650’s larger work envelope allows machining of parts that previously
required multiple setups or couldn’t be machined in-house.
- Automation
allows lights-out machining, increasing theoretical daily machining
hours from 8 → 16–24 hours.
- Palletization
enables repeated prototype cycles without operator intervention.
Video Demo of Hermele's Roboter System RS2 Gen2: