mµFuture - lathe
Due to its design, this turning machine is ideally suited for maximum precision with small to medium component dimensions. The mµFuture lathe series is, among other things, ideally suited for hard turning of the most precise workpieces and can be expanded to a highly productive lathe / grinding machine by the additional installation of various grinding spindles.
Thus, a wide variety of turning spindles with radial and axial run-out down to < 0.3µm and speeds up to 15,000 rpm are available in conjunction with a wide variety of clamping systems for sensitive clamping of the workpieces in the CNC-turning-machine.
Thus, a wide variety of turning spindles with radial and axial run-out down to < 0.3µm and speeds up to 15,000 rpm are available in conjunction with a wide variety of clamping systems for sensitive clamping of the workpieces in the CNC-turning-machine.
All variants of the mµFuture lathe can be automated either via Benzinger's own loading and unloading equipment with the shortest possible workpiece change times, or separate robot cells. The attachment of a bar feeder to the turning machine also enables complete machining from the bar.
State-of-the-art controls from Siemens with various programming options complete the overall package of this lathe.
State-of-the-art controls from Siemens with various programming options complete the overall package of this lathe.
Version B1, B5
mµFuture-B1 - lathe
The linear tool design offers maximum stability and precision with the shortest chip-to-chip times in the lathe. Additional grinding or milling spindles can be flexibly set up in the turning machine. A rotary turret with 12 stations and optionally driven tools increases the number of tools that can be used in the CNC lathe if required.
mµFuture-B5 - lathe
Two parallel main spindles, each with its own separately controlled and programmed tool carrier, double the output of the turning machine. In conjunction with a loading system integrated into the CNC lathe and matched to the respective components, the shortest cycle times with maximum output are guaranteed.
The linear tool design offers maximum stability and precision with the shortest chip-to-chip times in the CNC-turning machine. Additional grinding or milling spindles can be flexibly set up in the lathe. A rotary turret with 12 stations and optionally driven tools increases the number of tools that can be used in the turning machine if required.
This makes the mµFuture B5 lathe a highly productive solution for the finishing of series components.
The linear tool design offers maximum stability and precision with the shortest chip-to-chip times in the CNC-turning machine. Additional grinding or milling spindles can be flexibly set up in the lathe. A rotary turret with 12 stations and optionally driven tools increases the number of tools that can be used in the turning machine if required.
This makes the mµFuture B5 lathe a highly productive solution for the finishing of series components.
