WF 410 M EDUCATION4.0
Highlights
KUNZMANN’s manual milling machine sets new training standards with EDUCATION4.0: Welcome to the world of digital and interactive learning
Together with our partner WEILER, we have developed the digital learning concept EDUCATION4.0. Make your metal cutting training attractive and exciting.
EDUCATION4.0 is a didactic training concept especially designed for instruction and training in the field of metal cutting.
The special KUNZMANN features:
- high flexibility – manual milling machine in modern
EDUCATION4.0 design - solid construction due to hardened and ground flat guideways
in all axes - manual handwheels in all axes
- more comfort due to electronic handwheel
- energy-saving due to automatic standby mode
- maintenance-friendly due to automatic central lubrication
system and separate coolant tank - everything in sight with digital dashboard StateViewer
Premium - central management of machine access in accordance with
training status - operator-friendly control HEIDENHAIN TNC7 go
- optional virtual training contents based on the digital
machine twin for classrooms and “to go” - Interactive knowledge delivery through a Hybrid Learning
Package (option) and gamification
| WORKING RANGE | |
| Longitudinal | 410 mm |
| Cross | 350 mm |
| Vertical | 450 mm |
| Main drive (100%/25% of duty cycle) | 7.5/13 kW |
| Spindle speed | 1-4,500 rpm |
| Tool taper | SK 40 DIN ISO 7388-1 (formerly DIN 69871) |
| Feed | 5 m/min |
| Readout/positioning control | TNC7 go |
| Weight | approx. 1.950 kg |
| Rigid angular table | |
| Clamping surface | 650 x 375 mm |
| T-grooves | 5 x 14 H 7 |
| Table load | 250 kg |
Universal tilting-swiveling table
The universal tilting and swiveling table allows you to position the workpiece in different angular positions. Adjustment is done manually with the rotation angle of the clamping plate being indicated on a digital readout.
- adjustable in 3 axes
- rotational angle: 360°
- swiveling range: +/-30°
- tiltable away from machine by 15°, tiltable towards machine by 35°
- table dimensions: 650 x 395 mm
- 6 T-grooves 14 H7 (63 mm clearance)
- centering hole: 32 mm
- max. table load: 220 kg
Electronic handwheel
The portable device supports the operator in setting up and retooling the machine due to a close view on the working area.
The handwheel features axis keys, keys for feed rates, and control keys for the machine.
Horizontal spindle and arbor holder
For horizontal milling, you can conveniently separate and pivot the vertical milling head on a support arm.
A further option is working with an arbor holder for additional stability.
It allows the use of long cutter spindles with one or more disk milling cutters up to a diameter of 150 mm.
Minimum-quantity lubrication system
As an alternative to conventional cooling, tools can also be cooled with an oil-air mixture over special cooling nozzles.
This technology allows dry and waste-free manufacturing.
Touch probe systems
Combined with the probing cycles of the control, triggering 3D touch probe systems facilitate setup, measuring, and monitoring during manufacturing.
Tool measurement
The following tool data is precisely determined via control cycles:
- tool length
- tool radius
- tool wear
CNC dividing unit
The CNC dividing unit is used for direct and indirect dividing with a direct dividing plate and a 24-notch dividing plate.
Center height: 100 mm
including tailstock
HEIDENHAIN TNC7 go Positioning Control
The WF 410 M is a manually operated machine featuring an easy-to-use path control system and a 16-inch touch screen.
Operation is workshop-friendly, utilizing dialogs, cycles, and graphical assistance.
Programming: The control system employs user-friendly plain-text dialog commands, comparable to those found in other Heidenhain CNC controls.
Safety Function: The AFR function developed by KUNZMANN automatically adjusts the feed rate based on spindle load, effectively preventing overload damage.
User Selection: A key switch allows selection between three operating modes, with the key being removable. The system enables customization of the control scope according to the user’s qualification level.
1.) Manual Mode (3-axis digital readout)
- Manual axis movement using directional keys
- Step increment function
- Definition of feed rates and spindle speeds
- Automatic feed without target value input
- Input and execution of a target positioning block with absolute and incremental/chain dimensions, radius compensation
- Visual display of remaining travel distance
- Graphical positioning
- Display of spindle and axis load
- Tool and workpiece offset tables
- Probing functions for setting reference points (edge, centerline, circle center)
- Electronic handwheel (optional)
Includes all functions of “Manual Mode”, plus:
- Manual Data Input (MDI) – input and execution of multiple target positioning blocks
- Programming
- Graphical simulation
- Single block program run
- Oriented spindle stop
(only in combination with splash guard cabin)
- Manual Mode” and “Single Run Mode” functions and additionally
- “Full Sequence Run” (automatic run of operating cycles and NC programs)
- “Approximate Radius” option
You can download our product brochures and layouts here:
 | KUNZMANN WF 410 M product brochure |
 | KUNZMANN StateViewer |
 | KUNZMANN WF 410 M layout |
| KUNZMANN WF 410 M – Conventional universal milling and drilling machine Simple | Smart | Superior |
How does manual positioning work without programming knowledge?
Thanks to the intuitive input interface, there is no need to write NC codes. You simply fill in the position data fields and choose between incremental or absolute positioning. Movement can be started conveniently via NC start or carried out manually using the handwheels.
How does fast manual positioning work?
For maximum speed, use the interface in combination with NC start. After entering the target coordinates, the machine automatically moves the axes. A key time-saving advantage is that the interface can remain open for subsequent operations, allowing quick repositioning.
How does manual positioning with the handwheel work?
You define the target position in the interface and retain full control while approaching it using the handwheel. A graphical remaining distance display supports you in reaching the target coordinates precisely and safely – without any programming effort.
What is the graphical remaining distance display and how does it help with positioning?
The graphical remaining distance display acts as a digital scale ring. It supports manual travel via the handwheels by showing the current axis position as an orange square. Once the target position is reached exactly, a black dot appears as confirmation. This enables highly precise work without constantly reading numerical values.
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