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GARANT Master Uni cutting discs & rough grinding discs for steel and stainless steel
The self-sharpening ceramic grain (CER) and the newly developed high-performance bonding system enable a significantly increased grinding performance and sustained aggressiveness with extremely cool grinding compared to conventional cutting discs (A) and rough grinding discs (A).
Maximum Power. Precise cuts.
GARANT Master Uni cutting disc INOX, steel
The right choice for the perfect cut – every day!
- Self-sharpening ceramic grit (CER).
- Newly developed high-performance binding system.
- Fastest separating cuts with extremely cool grinding.
- Comfortable working – little effort required.
- Durable and economical – more cuts per disc.
- General purpose use – suitable for stainless steel and steel.
- Low-vibration cutting – this benefits both man and machine.
GARANT Master Uni cutting disc achieves a higher number of cuts than the competition.
Test results of GARANT Master Uni cutting disc 125 x 1 mm
Robot test on stainless steel
Very high productivity thanks to very quick separating cuts.
Optimum balance between extremely soft cutting behaviour with very low application force and very long service life.
Ideal for cutting steel and stainless steel workpieces.
More bite. Mohr power. Longer tool life.
GARANT Master Uni roughing disc INOX, steel
The right choice for anyone who wants to grind more and change less!
- Self-sharpening ceramic grit (CER).
- Newly developed high-performance binding system.
- Consistent aggressiveness.
- Comfortable working – little effort required.
- Durable and economical – reduces disc replacement and saves costs.
- General purpose use – suitable for stainless steel and steel.
- Low-vibration grinding – this benefits both man and machine.
GARANT Master Uni rough grinding disc achieves higher material removal than the competition.
Test results of GARANT Master Uni roughing disc 125 x 7 mm
Manual test on steel
Very high productivity thanks to very quick material removal.
Optimum balance between extremely soft metal removal behaviour with very low application force and very long service life.