Cubic multi axis milling
Our employees program (CAM) and produce in-house according to your specifications from stepmodel (3D model). With state-of-the-art infrastructure, we produce a variety of mechanical precision parts of the highest quality and complexity. Depending on the order size we use our fully automated robot operated 5x and 3x milling machines to ensure 24/7 operation with best in class on time delivery results.
Zerspanung von Titan muss nicht teuer sein. Langjährige Erfahrung, optimale Programmierung und die richtigen Produktionsmittel beweisen es.
In einem Arbeitsgang werden Ihre Werkstücke gedreht und gefräst. Komplette Bearbeitung ab Stange.Schnell und flexible Fertigung.
Machining titanium does not have to be expensive. Many years of experience, optimal programming and the right production equipment prove it. Our approach is a simple low risk, milling head monitoring system which minimizes downtimes or scrap components to a minumum.
Impellers and diffusers
Sollberger AG has experts in the field of impeller, diffuser, volute casing and blisk manufacturing though milling. Tired of casting issues? With the right partner, right CAM system and machinery next to everything is possible. Our competent and experienced employees program (CAM) and manufacture for you according to your specifications. Get an impeller within 4 week lead time - also first time. We are proud partner of reknown compressor brands and have delivered countless impellers made of steel or aluminium.
Your workpieces are turned and milled in a single operation - simultaneous 5-axis machining in a turning machine is nothing new to us. Complete machining from bar. Fast and flexible manufacturing.
3D CNC programming
With our programming system hyperMILL© we are able to program complex parts.
- Programming directly from a 3D / step model
- Equipped with all cycles (almost everything can be manufactured)
- Fast and safe programming
- Virtual simulation with machine model before loading the program on the remotely connected CNC machine
- Production processes, raw material usage and running times are thus already optimized at the computer... before a single chip has been milled