The Super Cyclone 14-Inch Porcelain Blade is expertly engineered for precision cutting of ultra-compact materials like Dekton and Neolith. Designed for professional tile and stone fabricators, this blade is your ideal partner for achieving unparalleled results in both straight and miter cuts.
With a 15% thinner segment, this blade not only enhances cutting speed but also delivers cleaner edges, making it a perfect choice for intricate projects. Experience the superior quality of high-grade diamond, ensuring you maintain a sharp edge longer, and enjoy the benefits of factory precision dressing—no additional adjustments required!
Key Features
- 14" diameter for versatile cutting applications
- Compatible with Dekton, Neolith, StonePeak, Laminam, and porcelain
- 15% thinner segment for faster and cleaner cuts
- Precision factory dressing eliminates the need for adjustments
- 10 mm segment height for optimal performance
- Reinforced core for perfect miter edges
- Rated for 2400 RPM, ensuring efficient operation
- Wet use only for enhanced durability and performance
Who Is This For?
This blade is a must-have for tile and stone fabricators, countertop installers, and stone masons who demand the highest quality tools for their projects. Ideal for industrial fabrication shops, the Super Cyclone blade is engineered to excel in high-demand environments where precision and speed are paramount.
Frequently Asked Questions
What materials can the Super Cyclone blade cut?
The blade is designed to cut Dekton, Neolith, StonePeak, Laminam, and ultra-compact porcelain.
Is this blade suitable for dry cutting?
No, the Super Cyclone blade is intended for wet use only to ensure optimal performance and longevity.
What is the maximum RPM for this blade?
The maximum RPM for the Super Cyclone blade is 2400 RPM.
Does the blade require any adjustments after purchase?
No, the blade comes with precision factory dressing, so no adjustments are necessary.
What is the feed rate for miter cuts?
The miter cut feed rate is 48" per minute, allowing for efficient cutting.