The V20 x M14 V-Series Metal Bond Continuous Rim Diamond Router Bit is engineered for aggressive stock removal in the coarse grinding stage of granite and marble edge shaping. Its durable metal-bond continuous rim design delivers precise, long-lasting performance, making it ideal for professional stone fabrication tasks like countertop and fireplace surround refinement.
Order(MOQ) :
10Product Origin :
Fujian,ChinaColor :
customizationShipping Port :
Xiamen PortLead Time :
7-20 days after paymentCustomized support :
Visualization ServiceBrand Name :
OEMV20xM14 V-Series Metal Bond Continuous Rim Diamond Router Bit for Granite Marble
Product Description:
The V20xM14 Granite Marble Edge Shaping Router Bit belongs to the V-Series, featuring a metal-bond continuous rim design optimized for the coarse grinding stage. It specializes in aggressive stock removal on granite, marble, and other hard stones, with a specially shaped profile to precision-grind countertops, fireplace surrounds, and decorative stone elements.
It features three segment types—metal segmented (for rough grinding), metal continuous, and resin bond continuous
Key Selling Points
Applications:
FAQ - Frequently Asked Questions:
Q: How does the metal-bond continuous rim differ from segmented bits?
A: Metal-bond continuous rims provide smoother cutting with less vibration, ideal for coarse grinding hard stones. Segmented bits focus on aggressive material removal but may leave rougher surfaces.
Q: Can this bit be used on soft stones like limestone?
A: While optimized for granite/marble, it can handle softer stones (e.g., limestone) but may wear slightly faster—adjust grinding pressure to extend lifespan.
Q: Is special cooling required during use?
A: For extended dry grinding, periodic cooling (e.g., brief water misting) helps reduce heat buildup. Wet grinding is not recommended for continuous rim bits.
Q: What’s the ideal feed rate for optimal performance?
A: Start with a slow feed rate (2-3 inches per second) on hard stones to balance stock removal and surface quality; adjust based on material hardness.