Edge Profile Guide

Beveled Edge Profile β€” Fabrication Guide

The beveled edge features a flat, angled cut along the top edge of the countertop, typically at 45 degrees, creating a subtle chamfer that catches light and adds dimension without the ornate curves of an ogee or the rounded softness of a bullnose. The bevel can be narrow (1/4 inch) for a subtle accent or wide (1/2 inch or more) for a more pronounced effect. This versatile profile bridges the gap between the clean lines of an eased edge and the decorative appeal of more complex profiles, making it appropriate for both contemporary and traditional settings.

Difficulty

Easy

Standard fabrication β€” available from all fabricators at base pricing.

Best For

  • Transitional kitchen designs
  • Adding subtle visual interest without ornate detailing
  • Complementing shaker-style cabinetry
  • Spaces where an eased edge feels too plain but an ogee feels too formal
  • Both dark and light stone materials

Fabrication Process

The beveled edge is fabricated by running the slab edge past a router bit or CNC tool set at 45 degrees, removing a small chamfer from the top corner. The bevel width (typically 1/4 to 1/2 inch) is controlled by the depth of the cut. On a CNC machine, the bevel is a single-pass operation that is fast and consistent. Hand fabrication uses an angle grinder with a diamond blade set to the desired angle, followed by polishing with diamond pads. The bevel is one of the quickest profiles to fabricate after the eased edge, requiring minimal additional time. Some fabricators offer a polished bevel (matching the surface finish) or a honed bevel (matte) for different aesthetic effects.

Cost Impact

Beveled edges add only $5-$10 per linear foot over the eased edge baseline, making them one of the most affordable upgrades. The single angled cut requires minimal additional machine time and no complex tooling.

Maintenance

The flat angled surface of a bevel does not trap debris and is easy to wipe clean. The bevel itself is slightly more chip-resistant than a sharp eased corner because the angled cut removes the vulnerable 90-degree edge. No special cleaning tools or techniques are needed.

Compatible Materials

See how the beveled edge profile looks on your actual slab using SlabKast's slab layout software.

Natural Stone

Granite

Granite is an igneous rock formed from slowly cooled magma deep beneath the earth's surface. It is one of the hardest natural stones used for countertops, prized for its durability and resistance to scratching. Granite slabs feature unique crystalline patterns that vary dramatically from slab to slab.

Natural Stone

Marble

Marble is a metamorphic rock formed when limestone is subjected to extreme heat and pressure, creating its signature veining patterns. Revered for centuries in sculpture and architecture, marble countertops bring timeless elegance to kitchens and bathrooms. Each slab tells a geological story through its unique vein structure.

Natural Stone

Quartzite

Quartzite is a natural metamorphic rock formed when sandstone is subjected to extreme heat and pressure, fusing quartz grains into an incredibly hard, dense stone. Often confused with engineered quartz, quartzite is entirely natural and offers marble-like beauty with granite-like durability. It has become one of the most sought-after countertop materials for high-end kitchens.

Engineered Surface

Engineered Quartz

Engineered quartz is a manufactured countertop material composed of approximately 90-94% crushed natural quartz crystals bound with 6-10% polymer resins and pigments. Major brands include Caesarstone, Silestone, and Cambria. It offers the beauty of natural stone with greater consistency and virtually zero maintenance.

Natural Stone

Soapstone

Soapstone is a metamorphic rock composed primarily of talc, giving it a distinctively soft, silky feel. It has been used for centuries in applications ranging from woodstove surrounds to chemistry lab countertops due to its remarkable resistance to chemicals and heat. As a countertop material, soapstone offers a warm, old-world aesthetic that develops a rich patina over time.

Natural Stone

Limestone

Limestone is a sedimentary rock composed primarily of calcite, often containing fossilized shells, coral, and other marine organisms. It offers a soft, warm appearance with subtle variation that brings organic elegance to interior spaces. Limestone is the geological precursor to marble β€” given enough heat and pressure, limestone transforms into marble over millions of years.

Engineered Surface

Dekton

Dekton is an ultra-compact surface manufactured by Cosentino using a proprietary process called TSP (Technology of Sintered Particles), which subjects a blend of raw materials used in glass, porcelain, and quartz to extreme heat and pressure. The result is a nearly indestructible surface with zero porosity, exceptional UV resistance, and remarkable thermal shock resistance.

Frequently Asked Questions

How wide should a bevel be?

Standard bevels are 1/4 to 3/8 inch wide. A narrow bevel (1/4 inch) provides a subtle detail that many people do not even notice consciously but which adds refinement. A wider bevel (1/2 inch or more) creates a more noticeable design element. Most fabricators will let you choose the bevel width.

Is a beveled edge more durable than eased?

Yes, slightly. The angled cut removes the sharp top corner that is most vulnerable to chipping on an eased edge. The bevel creates a thicker, stronger edge at the point of greatest wear. However, the difference is modest β€” both profiles perform well in daily use.

Can you have a top and bottom bevel?

Yes, a double bevel (top and bottom) creates a symmetrical profile that gives the edge a faceted, diamond-like cross-section. This is less common but can be an interesting design choice for floating shelves, bar tops, and island overhangs where the bottom edge is visible.

Preview edge profiles on your actual slab

Upload your slab photo into SlabKast and see how different edge profiles β€” including the beveled β€” will look on your actual stone before fabrication.

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