The Pfiffner Hydromat® series includes high-precision rotary transfer machines with modular, hydraulic CNC-controlled machining units. Hydromat® HC machines with up to 24 machining units are suitable for rotationally symmetrical workpieces with a maximum clamping diameter of 52 mm and length of 170 mm.

IMASTRANSFER rotary transfer machines with up to 24 stations are innovative transfer machines for mass production. IMASTRANSFER enables the use of mechanical, NC or mixed machining modules as well as of sloping or upright units.

Witzig & Frank Turmat rotary transfer machines offer four to ten stations and up to 27 parallel processing units, e.g. for drilling, milling, thread cutting, honing, grinding, turning, reaming, forming, annealing, measuring, testing and assembly.

Fully CNC-controlled Witzig & Frank LSA rotary transfer machines offer four to eight stations and up to 21 parallel machining units, e.g. for drilling, milling, thread cutting, honing, grinding, turning, reaming, forming, annealing, measuring, testing and assembly.

Pfiffner RT rotary transfer centers with six/twelve stations enable uncompromising 6-sided cutting of complex cubic and rotationally symmetrical workpieces with repositioning. Up to 18 machining stations and a turning spindle with twelve chucks enable the machining of workpieces from rod with a size of 60 × 100 mm.

IMASFLEX rotary transfer machines with up to three spindles per station enable up to 18 simultaneous operations on one workpiece. IMASFLEX offers high flexibility and reconfigurability. The IMASFLEX 150 is ideal for workpiece sizes up to 150 mm, even in small batch sizes. IMASFLEX 300 is suitable for workpiece sizes up to 600 mm.

Witzig & Frank Uniflex standard rotary transfer centers offer four stations and up to six machining units plus up to three fully CNC-controlled rotating units. Modular 3-axis units with tool changers ensure maximum flexibility.

Witzig & Frank Triflex rotary transfer centers enable simultaneous 5-axis machining and offer the highest yield rates due to their sequential 6-station manufacturing processes. Cycle time neutral loading and unloading results in idle times being significantly minimized.