Easy Entry Architecture

SMART STRETCH TECHNOLOGY – INTELLIGENT USE OF SPACE. SMART STRETCH TECHNOLOGY – means flexibility in widening the work area in optimal harmony with your processing workpiece, while maintaining the same, cost-optimized machine size. Variable spindle distances in the X axis within the MFZ 7 Adaptation of the workspace design to the machining workpiece Lower machine investment costs thanks to workspace flexibility Lower additional production costs due to optimal machine installation space Shorter delivery times thanks to modular machine design Ecological, because only as much “machine” is manufactured as is required for your workpiece Higher productivity by increasing the number of spindles with the same working space per spindle in the same machine size Definition of the machine by the workpiece and not by the spindle distance

2-SPINDLER WITH TWO INDEPENDENTLY CORRECTABLE 3D UNITS (X, Y, Z) FOR HIGHEST PRECISION WITH CRITICAL TOLERANCES. COMPARABLE TO TWO 1-SPINDLE MACHINING CENTERS STEREO 3D SETUP – CONSTRUCTIVE DECOUPLING OF THE 2-SPINDLE SYSTEMS. 2-spindle with two independently correctable 3D units (X, Y, Z) Highest precision for critical tolerances Comparable to two 1-spindle machining centers Easy tool setup and lower tool costs New range of workpieces - finish processing of complex components Minimal setup time for new workpieces

Machining with 3 or 4 spindles in one clamping Machining time on 3-spindle solution 97s Right and left workpieces are produced in the same machine

The particularly short distance of the unique DOUBLE BALL SCREW DRIVE from SAMAG increases the rigidity and thus the machining accuracy immensely. Compared to traditional drive concepts, the TFZ concept is up to 27 times stiffer and more precise. Reduction of vibrations on the drilling and milling unit through DOUBLE BALL SCREW DRIVE and POWER TOWER DESIGN, this is how it works: Second ball screw with additional guide and second pivot bearing on the rear rail (V) Upstream double-guided and particularly strong ball screw drive of the X-axis Minimum distance (l) between tool tip (TCP) and front swivel bearing (A) 1-spindle concept guarantees short, stable tools with excellent accessibility to the workpiece and the machining point Generously sized work spindle to achieve maximum performance parameters Stiff milling spindle with additional, patented support Variable steady rest positioning system to increase drilling accuracy with spacer between spindle and steady rests