WFL MILLTURN M30 CNC turning milling center 1

WFL Millturn Technologies EMO 17

Clamp once machine complete 

CLAMP ONCE - MACHINE COMPLETE
One-hít machíníng of complex chuck and shaft parts

Machines with Tailstock: Why Use Several Different Machines if One Can Do the Whole Job?

Combining all machining and measuring operations in one single MILLTURN by WFL will raise the efficiency of your production enormously. This is an investment that pays off in virtually no time, allowing one-hit machining of complex chuck and shaft parts.

M35-G, M80-G, M80X-G, M85-G: Machines with Counter Spindle

General - Multifunctional

An enormous technology spectrum is covered by the possibility of interpolating the NC-axis B, C, X, Y, Z. This makes complete machining by turning, drilling, milling, deep hole drilling, OD- and ID-splining, turn-milling, and many more operations without manual interventions a reality.

M MILLTURN
Technìcal data
Nominal center distance mm
Swing - ø over Top slide mm
Swing - ø over Bottom slide mm
Max. Turning- ø between centers mm
Max. power, Turníng spindle 100 duty cycle kW
Max. torque, Turning spindle 100 duty cycle Nm
Max, spindle speed, Turníng spíndle min
Max. power, Miling spindle 100 duty cycle kW
Max. torque, Míllíng spíndle 100 duty cycle Nm
Max. spindle speed, Milling spindIe min
Max. pressure of coolant through spindle bar
Swiveling angle B- axis. degree
Trave1 Y - axís mm
Trave1 Y - axis option mm
Tailstoćk, quill - ø mm
ControI SIEMENS type
M60 M60-G M65 ieft a right

M80-G MILLTURN
Technical data
Nominal center distance mm
swíng - ø over Top slide mm
Max. Tuming- ø Øtween centers mm
Max. power, Turning spíndle  
Max. torque, Turníng spindle 40 100 duty cycle Nm
Max. spindle speed, Turning spindle min
Max. power, MiIing spíndle 40 100 duty cycle kW
Max. torque. MIIIing spindle 40 100 duty cycle Nm
Max. spindle speed. Mílling spíndle mјп
Max. pressure of coolant through spindle bar
Swiveling angle B- axi5 degree
Travel Y - axís mm
Travel X - axís mm
Tailstock type
Tool magazine 
Control SIEMENs type larger oп request 
M80 M80-G
M80X-G MILLTURN
Technícal data
Nominal center dístance mm
swïng - ø over Top slíde mm
Max. Tumíng- ø belween centers mm
Max. power, Turning duty cycle kW
Max. torque, Tumíng spindle 40 100 duty cycle Nm
Max. spindle speed. Turning spindle miп
Max. power, Miling spíndle 40 100 duty cycle kW
Max. torque, Míllíng spindle 40 100 duty cycle Nm
Max. spindle speed, Milling spíndle mіп
Max. pressure of čoolan[ through spíndle bar
Swívelíng angle B- axis degree
Travel Y - ażïs mm
Travel X - axís mm
Taílstock type
Tool magazine number
Control SIEMENS type laгgeг oп request

M100 MILLTURN
M120 MILLTURN
M150 MILLTURN
Technícal data
Nomínal cen[er distance mm
Swing - e over Top slide mm
Swíng - e over bed mm
Max. power, Turníng spíndle 60 100 duty cycle kW
Max. torque, Turning spindle 60 du[y cycle Nm
Max. torque, Turníng spindIe 100 duty cycle Nm
Max. spíndle speed, Turning spindle m n
Max. power, Miling spindle 100 duty cycle kW
Max. torque, Millíng spindle 100 duty cycle Nm
Max. spindle speed. Milling spindle miп
Max. pressure oft through spíndle bar swiveling angle B- axis degree
Travel Y- axís, 30kW mm
Travel Y- axís, 55kW mm
Travel X - axís mm
Tailstock, quíll- ø mm
Tool magazine number
Control Siemens type larger orr request

M200 MILLTURN
Technícal data
Nominal center distance mm
Swiпg - n over Tóp slide mm
Max. Turníng- a between centers mm
Max. power, Turning spindle 100 duty cycle kW
Max. torque, Turníng spíndle 100 duty cycle Nm
Max. spindie śpeed, Turning spindie min
Max. power, Milíng spíndle 100 duty cycle kW
і Max. torque, Milling spindle 100 duty cycle Nm
Max. spíndle speed, Milling spíndle min
Max. pressure of coolant through spindle bar
Swívelíng angle B- axís degree

MILLTURN TECHNOLOGIES n
 Software solutíons by WFL
The Sinumerik 840D s1 is tailored for the machining operations and features not only highest possible processing power and exceptionally userfriendly programming but also perfect compatibility with a established CAD-CAM-systems. An Ethernet connection allows the transfer of NC-programs, technology data, measuring logs, tool data and magazine occupation
at any time.

Temperature compensatíon
Mílltum PRO program edítor
CrashGuard Studio
W For the programmer CRASH
Programming with 3D simuiation software
for verification of NC programs
on the PC
Visualisation of all programming steps inc1. WFU customer cycles for error detectíon at an early stage improved quality of NC programs with respect to
efficiency and machíne safety 
Shorter set-up times on the machine,thanks to prior simulation
The machine operator receives a co lision tested, finished program
Easy to programme, thanks to the Millturn PRO program edítor
A 3D geometry data tools, clamping devices and workpieces can be used for both 
CrashGuard and CrashGuard StudioThe two systems complement each other CrashGuard

For the operator CRASH
Software for real time collision prevention, integrated in the interpolator
of the CNC system Effective protection agaínst collisíons in automatic and manual operatíon
Collision-free operatíon even after program interruptíons and manual intervention
At any tíme, the CNC system is aware of current posítions of axes and speeds, PLC sígnals are a so taken ínto account
Current settíngs of the controI such as zero offsets, coordinate transformatíon, etc. are taken into account Reactíon tíme = 0 breaking distances are taken ínto account in the NC ínterpolator in advance, so that
the result is notjust near rea1 time, but real time All 3D geometry data tools, clamping devices and workpíeces can Ьe used for both CrashGuard and CrashGuard Studio
The two systems comp ement each other
- WFL cycles
Programming made easy wíth WFL program modules
WFL cycles are desígned to suit all types of technologíes and are completely flexíble
WFL cycle support covers a wide range of standard and special technologies thereby making the programming of machining cycles for both complex and simple workpieces manageable in next to no time. Even advanced CAD/CAM
systems cannot map the full functionality of MILLTURN  machines when it comes to complex machining tasks.
Conversely, the same CAD/CAM systems often prove too laborious for simple operations or create disproportíonate data volumes for certain operations. 
Shop floor solutions do not constitute a satisfactory alternative either they only cater for a limited technological range and don't make the grade in the f exibility stakes.
WFL solves the pгoЬlem by offering an unbeatable range of cycles for all conceivable types of applications including in-process measuring.
WFL cycle selectíon
Deep-hole boring
Two-point difference check
Gear hobbing
Milling of crankshaft pins
1D spline shaping
Flanx Gear cuttíng solutíons by WFL
Cycles for the símple machíníng of external
and internal gear teeth
Fhanx-Hob for hobbíng external gear teeth
Flıanx-spline for shaping externai and internal gear teeth
FIanx-Pius Flanx-Hob and Flanx-splíne as a cycle package
FIanx-LM for miiIing of large gearteeth with standard míllíng tools
1пvoM111IngTM by sandvik Coromant for mílling external gear teath
Cranx WFL cycles for crankshaft machíníng
Cycles wíth graphíc support for easy programmíng
Cranx-Basic basic cycle package
Cranx-Advanced extended cycle package
Cranx-P1us complete cycle package
- The prismatíc tool system
Deep-hole dríllíng toot  rotating, with coolant supply 
CNC special contourbar  rotating, wíth radíus adjustment seat pocket machinintt
 Deep-hole . drílling tool for centric borés 
WFL system boring bar 1 automatic head change 
Boríng bar singIe-piece, vibration damped  1D machining tooldriven
CNC facíng head rotating, with radius adjustment cNc

W CNC specíal / contour boring bar with radius adjustment bottle boring
Aerospace Oil gas
Automotive Prviting machines
Crankshafts
Hydraulics
pneumatícs
Engineenng
Plastic machínes
WFL
MILLTURN TECHNOLOGIES
Píoneeríng solutíons for ultímate energy effıciency greenside
Resource-optímísed Efrıcíent operatíon Sturdy and desígn over the entíre lífe o sustaínable the machíne
WFL Millturn Technologies GmЬ