Diamond Saw Blade for Marble, Limestone & Travertine Cutting

Choose the normal core for conventional workshops and the silent core where noise is regulated or operators work close to the saw for long shifts. Both versions share the same segmented rim design, the same diameter ladder from 10 to 120 in (250-3000 mm) and the same marble-focused cutting performance; the difference is the core. The silent core uses a damped steel construction that reduces the ringing vibration a large spinning disc generates, lowering workshop noise at the source rather than relying only on the operator's ear protection. Cutting behavior on marble, limestone and travertine remains comparable between the two versions. The normal core costs less upfront and is the right default for open yards and dedicated cutting halls. The silent core earns its premium in urban factories, workshops with noise exposure limits, and multi-shift operations where reduced vibration also helps blade stability on long cuts. If your workshop has ever received a noise complaint, or saws run through the night, specify the silent version when ordering rather than retrofitting later.

Do not buy this blade for hard stone or for handheld tile work; two adjacent DINOSAW products cover those jobs better. First, granite and similarly hard, abrasive stone: this is a marble-family blade, tuned for the cutting behavior of marble, limestone, travertine and micro-crystal glass. Hard granite wears a marble bond too fast and raises the risk of segment damage; DINOSAW's granite-specific blade uses a hard-stone formulation with a different bond and segment design for exactly that duty. Second, small handheld cutting: the 10 in (250 mm) size here is the floor of a machine-mounted program for bridge saws and block saws with flanges and continuous water cooling, not a blade for grinders or handheld tile cutters, which DINOSAW's tile blade range covers. This family also assumes wet cutting; dry cutting is outside its intended use. If your work is granite block sawing or handheld tile and ceramic cutting, say so when you inquire and you will be pointed to the right product instead of forcing this family to fit.

Send seven items and the quotation comes back as a specification, not a guess. (1) Stone: name or photos of marble, limestone, travertine or micro-crystal glass, or a mix, since quartz content and abrasiveness decide the segment bond. (2) Machine: make and model, or at least the maximum blade diameter your saw accepts. (3) Arbor and flange: arbor hole size, flange diameter, and whether you need a normal or silent core. (4) Cutting duty: typical depth of cut, wet or dry operation, shift length and monthly cutting volume. (5) Diameter and quantity: which sizes from the 10-120 in (250-3000 mm) ladder, and how many of each. (6) Operating conditions: spindle RPM or machine power, and water supply quality. (7) Destination country, for packaging and delivery planning. With these, DINOSAW confirms segment height within the 10-15 mm range and teeth count within the 18-160 range for your diameters, and flags whether your stone calls for any adjustment to the standard marble specification. Missing stone data is the most common cause of a mismatched blade.

These two numbers decide how a given diameter behaves in the stone, and both are scaled to blade diameter in this program. Segment height runs 10-15 mm by diameter: taller segments carry more diamond and more bond, extending the usable life of large block-cutting discs that run for hours on a single pass, while shorter segments keep small bridge saw blades light and responsive. Teeth count runs 18-160 by diameter: fewer, larger segments on big discs give aggressive slurry evacuation and stable cutting on deep block cuts, while higher counts on small blades produce finer segmentation and smoother slab edges. This is why a 3000 mm gang blade and a 350 mm bridge saw blade behave so differently even with the same marble bond. If you need a non-standard combination, for example a specific teeth count to match an existing cutting program, state it explicitly when ordering, because the catalog defaults are tuned per diameter. DINOSAW's automated production equipment holds welding strength, welding quality, matrix stress and appearance stability across the program, so a repeat order of the same specification performs the same way as the first.

On marble, expect smooth, low-chip cutting with long segment life; on micro-crystal glass, expect the cleanest edges in the program. The marble-family bond is engineered for soft-to-medium carbonate stone: it wears at a rate that keeps diamonds exposed without grinding the stone surface, which is where smooth cutting and controlled edge quality come from. Limestone and travertine cut similarly, with life varying mainly by quartz content and abrasiveness. Micro-crystal glass is dense and homogeneous, so it rewards a sharp, stable blade with outstanding edge quality, which is why it is named alongside marble in this blade's core applications. Two operating habits decide whether you see this performance in practice: continuous water over the cut, and a feed rate matched to machine power and stone hardness. A blade run dry or forced through the stone overheats, glazes and loses life far beyond what any bond design can compensate. Behind the specification sit more than 20 years of blade R&D and automated production controlling welding strength, welding quality, matrix stress and appearance stability, so the blade quoted is the blade delivered.