Hello @zacharymoyer3455, the component is screwed onto a plate with 6 screws and then clamped in a vice. This can also be seen at second 49 in the video. Your DMG MORI Social Media Team
5:25 amazing tool-path! It's so great and I am so grateful for your own demo-videos! Especially the longer versions,to see the process and genius behind the manufacturing. Of course on the most beautiful DMG Mori Machines :) Would be nice to see some other longer videos for other machines, like ctx beta 450TC for example... Even though the H-monoBLOCK is on of the best for its size and application range ^^
The part and the machine speak for themselves. Congratulations on the video for both its technical and artistic merit. Instead of a million questions about the program I'll content myself to ask how you kept the camera window clear of coolant.
Amazing work and amazing programming skills. Dmg and hypermill are a great solution! I love to use the both. Who is the programmer that made this Demo Part? Thank you
Such a great machine! Im working on DMU 65H with RPS9 and this is perfect combination. I worked on Heller, Grob etc. and on DMG Mori work is easier and more comfortable. Good job! Collins Aerospace :)
Hello @codygibson2809, thank you for reaching out. If you are interested in joining our company, please follow the link below to find your enty at DMG MORI: en.dmgmori-career.com If you have further questions, feel free to contact us anytime. Your DMG MORI Social Media Team
Hello, the model was designed by our technical experts, however it is unfortunately not available for sale or distribution. Your DMG MORI Social Media Team
Hello @roeschdan, the programming time includes tool selection, clamping device selection and simulation (collision check). Modeling is not included. Your DMG MORI Social Media Team
Very intersting video: Two comments though: 1. Chapter 6 should be called Maching teh Hadnle rather than Holder Machining. It's NOT a holder, it's a handle. 2. Why did you waist so much machining time roughing the contours of the final piece with a surface mill? A VHM mill used at full depth would have been MUCH more efficient IMHO.
If you're talking about the roughing at the start, that's a high feed mill, not a face mill. High feed and high efficiency milling are both perfectly valid roughing strategies. In this case, I think the tall and thin handle favoured a high feed milling strategy, which directs cutting forces along the axis of the tool rather than to the side.
