Customer succes story
Product: Alpha-OM 10.000
The Alpha-OM 10.000 (AKA the Hulk) achieves A Milestone in Orbital Milling Technology
The successful Factory Acceptance Test (FAT) of our Alpha-OM 10.000, also known as "the Hulk," marks a significant milestone in the world of precision engineering and orbital milling. This groundbreaking device has exceeded all expectations and sets a new standard in the industry.
Unprecedented Performance in Flange Facing
The Alpha-OM 10.000 has achieved an impressive global flatness and waviness of just 0.4 mm over a diameter of 8500 mm. This exceptional performance underscores the superior quality and accuracy of our production process. For professionals in the flange facing and orbital milling sector, this is a game-changer that opens up new possibilities for large-scale precision projects.
Technological Breakthrough
This achievement is not only a technical tour de force but also a confirmation of our leading position in the industry. The Alpha-OM 10.000 sets a new benchmark for what is possible in orbital milling and flange facing technology. The device combines advanced engineering with innovative solutions to achieve unprecedented levels of flatness.
Future-Oriented Innovation
The successful FAT of the Alpha-OM 10.000 is just the beginning. We remain committed to developing cutting-edge solutions that push the boundaries of orbital milling and flange facing technology. Our focus is on continuously improving flatness, precision, and efficiency in large-scale engineering project.
Thank You to Our Team and Partners
This success is the result of intensive collaboration between our internal team and local partners. Their expertise and dedication were crucial in overcoming the technical challenges associated with achieving such a high degree of flatness over a large diameter.
What’s next?
The Alpha-OM 10.000 represents a significant step forward in orbital milling and flange facing technology. With its exceptional performance in flatness and precision, this machine opens up new possibilities for industries that rely on high-quality surface machining. We look forward to the future projects and innovations that this technological breakthrough will enable.