MFZ SERIES – FIT 2 PART – YOUR TASK DEFINES OUR MACHINE
Highest performance and output per square meter, simultaneously lower costs and higher productivity – that was the task we set for our engineers and developers at SAMAG Machine Tools.
The result: the MFZ series with FIT 2 PART. The design of the new series leaves nothing to be desired.
Technological know-how – for maximum precision with the greatest possible productivity – coupled with passion and innovations; this is how we create the possibility to adapt the productive capacity of our MFZ machine tools to your workpiece – FIT 2 PART!
Whether complicated workpiece dimensions or the search for the optimum quantity solution with minimum investment in machinery, with the innovative production series of multispindle horizontal machining centers MFZ 5, MFZ 7, MFZ 8 and MFZ 9 we have further developed our proven machine tool technology – in line with the requirements of our clients.
Developed in proven SAMAG design – but perfected in many details – the new machine types improves their reputation as multi-talented powerhouses for efficient machining solutions. Moreover, the modular construction has significantly expanded the range of the workpiece dimensions.
FIT 2 PART – MORE POSSIBILITIES FOR HIGHEST PRECISION AND PRODUCTIVITY.
FIT 2 PART – MAXIMUM FLEXIBILITY
COST PER PART – PRODUCTIVITY REDEFINED
Dynamics and energy efficiency during workpiece machining, basic technology for modular machine adaptation according to workpiece requirements
Flexibility for your workpiece with consistent, cost-optimized machine size
Stability for lifetime – machine bed for highest stability and service life for even higher precision
Das W-Achs-Prinzip ist seit 1995 ein festerkonstruktiver Bestandteil der MFZ-Maschinen: hauptzeitparallele Werkstückbeschickung für mehr Effizienz.
Since 1995 the W-axis principle has been a fixed constructive principle of MFZ machines, simultaneously loading and unloading during machining time for more efficiency
Maximum precision, correction & compensation