- Feed speed
The blade run is automatically corrected despite higher chip space filling.
Advantage: Feed speed can be increased by up to 15% while maintaining the same cutting accuracy.
- Maximum cutting precision for higher yield
Precise blade guidance enables exact cuts and higher material yield thanks to smaller cutting dimensions or a thinner saw kerf.
- Reduced stress on the band saw blade
Thanks to fewer bending operations-minimizes wear and significantly extends its service life.
Consistently on track – for every log
Intelligent blade guide with active magnetic control.
The Flying Bandsaw M | ONE, on the other hand, features an active bandsaw blade guiding system:
Intelligently controlled magnetic fields guide the blade contactless and precisely along the cutting path, correcting any deviations in real time – without the need for operator intervention.
The unbeatable advantage:
A consistently stable production process with consistently high cutting accuracy!
An investment that pays off quickly and delivers lasting value
Power. Precision. Consistency.
- Self-cleaning design
Open design and automatic compressed air cleaning reduce contamination and machine stops
- Seamless Product Transition
No disruption despite technology change. New technology integrates smoothly without impacting existing processes.
- Current EWD systems can be easily retrofitted for compatibility.
Flying Bandsaw versus Pressure Guide.
In real-world operation, the Flying Bandsaw M | ONE was compared with a standard pressure guide on the same machine. The diagram illustrates the cutting precision of both guide types.
The board thickness tolerance of ±1 mm is represented by the lower limit value (UGW) and the upper limit value (OGW).
With the
FBS M | ONE, the standard deviation (s = +/-0.35 mm)
is significantly lower than with the
conventional pressure guides (s = +/-0.64 mm).
This means:
The M | ONE achieves greater precision in board thickness. The reduced tolerance allows for a smaller cutting dimension across all products on the bandsaw – with a positive effect on the yield of sawn timber.
Performance that stays on track.
Technical data
| Wood types: | Hardwood and softwood | |
| Machine types_ | Log bandsaws and reducing bandsaws (EBT, EBB) 0 and 17° | |
| Saw blade thickness: | mm | 1,47 – 2,10 |
| Saw blade width max.: | mm | 250 |
| Cutting height max.: | mm | 1000 |
| Cutting speed: | m/s | 45 – 75 |
| Cutting direction: | Forward or forward and backward cut | |
| Magnet: | 4-zone mono magnet with electrical connected load | |
| Results | ||
| Cutting accuracy: | Standard deviation s1 = 0,3 – 0,4 mm or halving of the cutting tolerance on the existing system | |
| Feed speed: | Up to 15% higher feed speed compared to the band saw with pressure guide (up to the maximum system feed speed) with the same or better cutting tolerance compared to the band saw with pressure guide. | |
The precise upgrade for Log Bandsaw and Reducing bandsaw technology.
