Description
This extended-width backsplash template provides precision geometry for a 96-inch wide by 8-inch tall stone backsplash featuring two electrical outlet cutouts strategically positioned near each end. At 96 inches (8 feet) wide, this template is ideal for large kitchen islands, extended counter runs, commercial prep stations, and premium residential installations where both electrical access at the extremities and minimal seaming are design priorities. The end-positioned dual outlet configuration maximizes the functional workspace in the center while providing convenient power access at both edges of the extended backsplash. This layout is particularly popular in modern kitchen islands where bar seating at the ends requires nearby outlets for charging devices or small appliances, while the central area remains uninterrupted for food preparation or display. Professional fabricators will appreciate how this template balances electrical functionality with structural integrity across the extended 96-inch span, maintaining adequate edge distances to prevent material weakness while meeting the electrical access demands of contemporary kitchen design.
Dimensions
- Overall Width
- 96"
Specifications
- Downloads
- 0
Related Templates
This extended-width backsplash template provides precision geometry for a 96-inch wide by 8-inch tall stone backsplash featuring two electrical outlet cutouts strategically positioned near each end. At 96 inches (8 feet) wide, this template is ideal for large kitchen islands, extended counter runs, commercial prep stations, and premium residential installations where both electrical access at the extremities and minimal seaming are design priorities. The end-positioned dual outlet configuration maximizes the functional workspace in the center while providing convenient power access at both edges of the extended backsplash. This layout is particularly popular in modern kitchen islands where bar seating at the ends requires nearby outlets for charging devices or small appliances, while the central area remains uninterrupted for food preparation or display. Professional fabricators will appreciate how this template balances electrical functionality with structural integrity across the extended 96-inch span, maintaining adequate edge distances to prevent material weakness while meeting the electrical access demands of contemporary kitchen design.
Installation Overview
Installing 96-inch backsplash sections with dual outlet cutouts requires meticulous planning and coordination between fabricators, electricians, and installation crews. Begin with precise field verification of both electrical box locations, confirming they match the template's outlet positions and are properly positioned near the panel ends. The extended length combined with two cutouts near the edges requires careful handling to prevent stress fractures—use appropriate lifting equipment and support systems throughout fabrication and installation. Prepare the wall surface across the full 96-inch span, ensuring consistent plumb and level conditions. Given the length and dual cutouts, material selection should favor slabs with minimal internal flaws or stress points. Execute perimeter cuts first, then carefully cut both end-positioned outlet openings with attention to maintaining adequate material width between each outlet and its nearest edge. Apply edge finishing to all surfaces. During installation, use a two-person crew minimum, apply construction adhesive across the back surface, and verify both outlet cutouts align perfectly with their respective electrical boxes before the adhesive begins setting. Temporary support bracing may be necessary given the extended length and reduced material strength near the outlet-to-edge sections.
CNC Cutting Notes
Load the DXF file into your CNC controller and verify your machine bed accommodates the 96-inch length—table size and support systems are critical for this extended dimension. Both outlet cutouts should be positioned with adequate end distance (typically 8-15 inches from each end) to maintain structural integrity while providing electrical access near the panel edges. Use 1/4" or 3/8" diamond router bits for the outlet details. Set feed rates at 80-100 IPM for perimeter cutting and reduce to 60-80 IPM for outlet cutouts. The sections between each outlet and the nearest edge represent potential stress points—program tool paths that minimize vibration and stress in these areas, possibly cutting the outlets before the final perimeter to maintain maximum material stability. Ensure your machine table provides continuous support across the 96-inch span to prevent sagging during cutting operations. Set Z-axis for full penetration plus 2-3mm. Both outlet cutouts should be programmed identically with matched corner radii and edge quality. Run comprehensive simulation to verify tool paths, especially in the end sections where reduced material width requires careful cutting strategies.
Material Compatibility
Best suited for harder, more structurally stable materials including granite and engineered quartz (Silestone, Caesarstone, Cambria, Hanstone, Viatera) that can handle the extended 96-inch length plus the reduced material sections between outlets and edges without cracking or excessive deflection. Natural quartzite with favorable grain orientation also works well. Exercise caution with softer or more brittle materials like marble or materials with pronounced cleavage planes—verify that material grain runs parallel to the 96-inch length and consider slightly increased edge distances for the outlet cutouts. The extended length requires slab stock of adequate size, so confirm material availability before committing to 96-inch sections, especially for exotic or rare stones.
Where to Buy
Download this premium extended-width DXF template instantly from Slabwise. Compatible with all major CNC systems that accommodate 96-inch cutting lengths including Intermac, Park Industries, GMM, Breton, and Prussiani (verify your specific machine capacity). For manual fabrication, the template can be printed to scale, though the extended length and dual end-positioned cutouts require careful material handling, support systems, and precise execution to prevent material damage.