Power honing with SynchroFine – more refinement needed?
What makes SynchroFine unique is the compact design of all units. All units are mounted on a natural granite bed for optimal thermal and vibration-damping characteristics.
The digital and directly driven tool and workpiece spindles guarantee backlash-free drive and load reversal, as there is no need for mechanical transmission elements, such as toothed belts, gears, etc.
The machine is designed as a self-loading unit (pick-up principle) and is basically equipped with integrated handling units. The components can be fed individually. From simple manual loading through automation solutions with conveyor belts to robot cells with integrated camera functions from our sister company rbc robotics, we can use a wide range of automations according to your preferences and needs.
For even more efficiency, we can equip the system with two workpiece spindles in order to reduce non-productive times to a minimum.
The digital recording of operating parameters is also standard with the SynchroFine. It can be further expanded through various modules in order to analyze process data and thus continuously optimize processes
Optimized tool costs through flexible VSD dressing strategy
Sophisticated process reliability with short cycle times
Ultra-fine surfaces
Interlock free hard-fine machining
Workpieces
Models
|
SynchroFine 205 |
SynchroFine 305 |
|
|
WORKPIECE |
||
|
Max. workpiece diameter (mm) |
150 |
225 |
|
Max. workpiece length (mm) |
600 |
600 |
|
COMPOUND SLIDES |
||
|
X-axis travel (mm) |
1200 |
1200 |
|
Y-axis travel (mm) (WKZ option) |
Loading portal: 850 |
Loading portal: 850 |
|
Z-axis travel (mm) |
560 |
560 |
|
WORKPIECE SPINDLE |
||
|
Drive power 100% duty cycle (kW) |
35 |
35 |
|
Torque 100% duty cycle (Nm) |
112 |
112 |
|
Max. speed (rpm) |
6000 |
6000 |
|
TOOL SPINDLE |
||
|
Rated power (kW) |
30 |
30 |
|
Rated torque |
150 |
150 |
|
Mount / interface |
Hydraulic expansion clamping system |
Hydraulic expansion clamping system |
*Different workpiece geometries require more individual machine designs. For this reason, the technical data given here serve as a guide, but may deviate from reality in individual cases.
