EMAG
VL 3

EMAG VL3 - Vertical turning machine with integrated automation

The EMAG VL3 is a compact, high-performance vertical turning machine that has been specially developed for the highly productive machining of rotationally symmetrical workpieces in medium to large series. Its central machining process - vertical turning - offers a stable workpiece position, minimizes vibrations and enables optimum downward chip removal, which significantly increases process reliability.

A particular highlight of the machine is the pick-up spindle, which picks up the workpiece fully automatically from the indexing conveyor, processes it and then places the finished part back on the indexing conveyor. This integrated handling significantly reduces non-productive times and often makes external automation solutions superfluous.

Thanks to the integrated C-axis and tool drive, the EMAG VL3 is not limited to turning. It can also perform simpler milling and drilling operations - all in a single clamping operation. This increases machining accuracy and significantly reduces the overall machining time.

The machine is controlled by a Fanuc 18i-TB CNC control, which is known for its high computing power, reliability and ease of operation. It supports complex machining strategies as well as the complete integration of automated processes.

The EMAG VL3 impresses with its compact design, integrated automation, high flexibility and productivity - an ideal solution for modern manufacturing companies with high demands on efficiency and quality.


Technical highlights at a glance:

? Control system: Fanuc 18i-TB - powerful, proven, easy to operate
? Machining: Vertical turning with optimum chip removal
? Automation: Pick-up spindle for fully automatic loading and unloading
? Machining scope: turning, drilling and milling thanks to C-axis and tool drive
? Chip removal: Gravity-assisted chip removal, clean work area
? Machine layout: Compact design with integrated parts handling
? Area of application: Ideal for medium to large series production of bearing housings, gear wheels, brake discs and flanges, etc.