ZENESIS 6 INCH Z-MAX BLADE
Zenesis
$33.00
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Zenesis
ZENESIS 6 INCH Z-MAX BLADE
Experience the pinnacle of stone-cutting technology with the ZENESIS 6 Inch Z-Max Blade. Engineered for precision and efficiency, this turbo blade is designed to tackle even the toughest materials, including 3cm quartzite, without compromising on performance. With its innovative cooling features, it provides a reliable cutting experience that professionals can trust.
The Z-Max Turbo Blade is your ultimate partner in achieving clean, chipping-free cuts. Whether you’re working on intricate designs or large installations, this blade ensures you maintain speed and accuracy in every project.
The Z-Max Turbo Blade is your ultimate partner in achieving clean, chipping-free cuts. Whether you’re working on intricate designs or large installations, this blade ensures you maintain speed and accuracy in every project.
Key Features
- Narrow turbo design reduces chipping
- Oversized cooling holes prevent overheating
- Diameter: 6-inch
- High RPM: 12000 for fast cutting
- Compatible for both wet and dry cutting
- Arbor sizes: 7/8 inch, 5/8 inch, 20mm
Who Is This For?
The ZENESIS Z-Max Blade is ideal for tile and stone fabricators, countertop installers, and stone masons who demand high-quality tools that deliver exceptional performance. Designed for industrial fabrication shops, this blade meets the rigorous needs of professionals in the stone-cutting industry.
Frequently Asked Questions
What materials can the Z-Max Blade cut?
It is designed to cut through hard materials like quartzite and other stone types effectively.
Can I use the Z-Max Blade for wet cutting?
Yes, this blade is suitable for both wet and dry cutting applications.
What is the maximum RPM for the Z-Max Blade?
The blade operates at a maximum RPM of 12000, ensuring fast and efficient cutting.
What are the arbor sizes for the Z-Max Blade?
The blade accommodates arbor sizes of 7/8 inch, 5/8 inch, and 20mm.
How does the cooling technology work?
The oversized cooling holes are designed to dissipate heat, preventing overheating during intense cutting tasks.
