Description
This specialized backsplash template provides precise geometry for an 84-inch wide by 8-inch tall stone backsplash featuring two distinct electrical cutouts: one standard outlet and one light switch. This combination configuration is exceptionally common in kitchen installations where counter lighting, under-cabinet lighting, or pendant lights need dedicated switch control while maintaining convenient outlet access for small appliances and charging devices. The outlet-plus-switch design addresses real-world kitchen electrical layouts where different types of electrical devices must coexist on the backsplash. Professional fabricators appreciate this template because it eliminates the guesswork in positioning two different cutout types while maintaining proper spacing, structural integrity, and alignment with standard electrical rough-in dimensions. The template is engineered for all common stone materials and provides the precision needed for seamless integration with standard single-gang electrical boxes and cover plates.
Dimensions
- Overall Width
- 84"
Specifications
- Downloads
- 0
Related Templates
This specialized backsplash template provides precise geometry for an 84-inch wide by 8-inch tall stone backsplash featuring two distinct electrical cutouts: one standard outlet and one light switch. This combination configuration is exceptionally common in kitchen installations where counter lighting, under-cabinet lighting, or pendant lights need dedicated switch control while maintaining convenient outlet access for small appliances and charging devices. The outlet-plus-switch design addresses real-world kitchen electrical layouts where different types of electrical devices must coexist on the backsplash. Professional fabricators appreciate this template because it eliminates the guesswork in positioning two different cutout types while maintaining proper spacing, structural integrity, and alignment with standard electrical rough-in dimensions. The template is engineered for all common stone materials and provides the precision needed for seamless integration with standard single-gang electrical boxes and cover plates.
Installation Overview
Begin with precise field measurements of both electrical box locations, noting which box contains the switch and which contains the outlet. Verify that box positions match the template geometry or adjust the template in CAD software to match field conditions. Ensure the wall surface is properly prepared, plumb, level, and free of debris or protrusions. Position the template on your stone slab with consideration for material grain patterns, color variations, or veining that should be showcased or avoided at the cutout locations. Execute the main perimeter cuts first using CNC or bridge saw with appropriate diamond blades. Then carefully cut both electrical openings—the outlet and switch cutouts may have slightly different dimensions, so verify each opening matches its intended electrical device. Apply appropriate edge finishing to all cut surfaces including the interior edges of both electrical cutouts. During installation, use construction adhesive and verify both cutouts align perfectly with their respective electrical boxes, ensuring the switch cutout corresponds to the switch box and outlet cutout to the outlet box.
CNC Cutting Notes
Import the DXF template into your CNC programming software and verify that both the outlet and switch cutouts are correctly dimensioned and positioned before executing the cut program. Typically, switch cutouts and outlet cutouts use the same standard single-gang dimensions, but always verify against your specific electrical devices. Use a 1/4" or 3/8" diameter diamond router bit for both electrical cutouts to achieve clean corners and consistent edge quality. Set feed rates between 80-100 inches per minute for the perimeter cut and reduce to 60-80 IPM for the electrical cutout details to minimize chipping risk and maximize edge quality. Program appropriate Z-axis depth to penetrate completely through the material thickness plus 2-3mm for clean breakthrough. Consider your cutting sequence carefully—many fabricators prefer to cut both electrical openings before completing the final perimeter cut to maintain maximum material stability during the more delicate cutout operations. Always run a simulation to verify tool paths and ensure both cutouts are programmed with adequate corner radii that match or exceed your tool diameter.
Material Compatibility
Fully compatible with all standard countertop materials including granite (all colors and varieties), engineered quartz products (Silestone, Caesarstone, Cambria, Hanstone, Viatera, LG Hausys), natural quartzite, marble, soapstone, limestone, and solid surface materials like Corian or Wilsonart. The dual cutout configuration works best with harder materials like granite and quartz that resist chipping and maintain crisp, clean edges around electrical openings. For softer materials like marble or materials with pronounced grain or cleavage planes, orient the slab so that grain runs parallel to the backsplash length to minimize fracture risk from the cutouts. Consider slightly larger corner radii for more brittle materials to reduce stress concentrations.
Where to Buy
Instantly download this professional DXF template from Slabwise with no subscription or account required. Fully compatible with all major CNC fabrication systems including Intermac, Park Industries, GMM, Breton, Prussiani, Northwood, and other industry-standard controllers. The template also works excellently for manual fabrication workflows when printed to scale and used as a physical pattern with bridge saws, routers, and hand tools.