Description
This professional-grade backsplash template provides precise dimensions for a 72-inch wide by 8-inch tall stone backsplash with an integrated under-cabinet lighting notch. Designed specifically for countertop fabricators working with granite, quartz, marble, and other natural or engineered stone materials, this template eliminates measurement errors and ensures perfect alignment with modern under-cabinet LED strip lighting installations. The under-cabinet notch feature allows seamless integration of contemporary task lighting without compromising the clean lines of your backsplash installation. This template is ideal for kitchen renovations where homeowners want both functional lighting and a polished stone surface. The 72-inch width makes it perfect for standard kitchen runs, fitting between appliances or covering prep areas with precision.
Dimensions
- Overall Width
- 72"
Specifications
- Downloads
- 0
Related Templates
This professional-grade backsplash template provides precise dimensions for a 72-inch wide by 8-inch tall stone backsplash with an integrated under-cabinet lighting notch. Designed specifically for countertop fabricators working with granite, quartz, marble, and other natural or engineered stone materials, this template eliminates measurement errors and ensures perfect alignment with modern under-cabinet LED strip lighting installations. The under-cabinet notch feature allows seamless integration of contemporary task lighting without compromising the clean lines of your backsplash installation. This template is ideal for kitchen renovations where homeowners want both functional lighting and a polished stone surface. The 72-inch width makes it perfect for standard kitchen runs, fitting between appliances or covering prep areas with precision.
Installation Overview
Installation begins with thorough surface preparation and verification of wall plumb and level conditions. Mount the template securely to your stone slab using alignment pins or temporary adhesive, ensuring the under-cabinet notch aligns precisely with existing or planned lighting fixtures. Cut the perimeter using a CNC machine or bridge saw with diamond blades, then address the notch detail with careful routing. The notch should be cut to accommodate the specific thickness and mounting requirements of your under-cabinet lighting system, typically allowing 1/4" to 1/2" clearance. Apply appropriate edge treatment to all exposed edges, including the notch interior, before final installation with construction adhesive and mechanical support as needed.
CNC Cutting Notes
Program your CNC with the DXF file using standard backsplash settings with special attention to the notch detail. Use a 3/8" diamond router bit for the interior notch cuts to achieve smooth corners and prevent stress concentrations in the material. Set feed rates between 80-120 inches per minute depending on material hardness, with slower speeds for natural stone compared to engineered materials. The notch requires careful tool path planning to avoid chip-out; consider a roughing pass followed by a finishing pass for optimal edge quality. Always run a simulation before cutting expensive material, and verify that the notch depth accommodates the full thickness of the stone plus any required clearance for lighting installation.
Material Compatibility
This template works excellently with all common countertop materials including granite (all varieties), quartz composites (Caesarstone, Silestone, Cambria), quartzite, marble, soapstone, and solid surface materials. The under-cabinet notch detail is particularly well-suited to harder materials like granite and quartz that maintain clean edges without chipping. For softer stones like marble or limestone, take extra care with corner radius specifications in the notch area to prevent fracturing during cutting and installation.
Where to Buy
Download this DXF template instantly from Slabwise. No subscription required. Compatible with all major CNC systems including Intermac, Park Industries, GMM, and Breton. Also works with manual fabrication using bridge saws and routers when printed to scale as a physical template.