Description
This precision-engineered DXF template provides the exact specifications for fabricating a behind-sink stone backsplash measuring 36 inches in height by 60 inches in width, featuring a centered 24"x24" window cutout. Designed specifically for countertop fabricators working with granite, quartz, marble, and other natural or engineered stone materials, this template ensures accurate dimensional planning for kitchen installations where the sink area sits below a window. The template addresses one of the most common kitchen layouts: a standard 60-inch sink base cabinet with an above-counter window. The 24-inch square window opening accommodates typical casement or double-hung window configurations while providing adequate stone coverage around the perimeter. This design maximizes material efficiency while delivering a clean, professional finish that protects walls from water damage and complements the overall countertop aesthetic. Whether you're fabricating backsplashes for residential remodels or commercial kitchen projects, this DXF template streamlines the design-to-fabrication workflow. The file integrates seamlessly with CNC waterjet cutters, bridge saws with CNC capabilities, and CAD/CAM software systems commonly used in stone fabrication shops. By eliminating manual measurements and reducing the risk of cutting errors, fabricators can improve production efficiency and material yield while ensuring perfect alignment with existing sink and window installations.
Dimensions
- Overall Width
- 60"
Specifications
- Downloads
- 0
Related Templates
This precision-engineered DXF template provides the exact specifications for fabricating a behind-sink stone backsplash measuring 36 inches in height by 60 inches in width, featuring a centered 24"x24" window cutout. Designed specifically for countertop fabricators working with granite, quartz, marble, and other natural or engineered stone materials, this template ensures accurate dimensional planning for kitchen installations where the sink area sits below a window. The template addresses one of the most common kitchen layouts: a standard 60-inch sink base cabinet with an above-counter window. The 24-inch square window opening accommodates typical casement or double-hung window configurations while providing adequate stone coverage around the perimeter. This design maximizes material efficiency while delivering a clean, professional finish that protects walls from water damage and complements the overall countertop aesthetic. Whether you're fabricating backsplashes for residential remodels or commercial kitchen projects, this DXF template streamlines the design-to-fabrication workflow. The file integrates seamlessly with CNC waterjet cutters, bridge saws with CNC capabilities, and CAD/CAM software systems commonly used in stone fabrication shops. By eliminating manual measurements and reducing the risk of cutting errors, fabricators can improve production efficiency and material yield while ensuring perfect alignment with existing sink and window installations.
Installation Overview
Installation begins with careful field measurements to verify window dimensions and positioning relative to the sink centerline. The stone backsplash should be templated after countertops are installed to ensure precise alignment. Apply a high-quality silicone adhesive to the back of the stone panel, focusing on perimeter edges and areas surrounding the window cutout. Press the backsplash firmly against the wall, using temporary supports or bracing if needed. The window cutout must align precisely with the existing window frame, typically leaving a 1/8" to 1/4" gap for caulking. Seal all edges where stone meets the wall, window frame, and countertop using color-matched silicone caulk. For heavier stone materials like granite, consider mechanical fasteners or additional support brackets hidden behind the countertop. Allow adhesive to cure for 24-48 hours before applying final caulk beads and cleaning the surface.
CNC Cutting Notes
When programming CNC toolpaths for this backsplash template, position the stone slab to optimize material yield and minimize waste. The 24"x24" window cutout should be executed as an interior contour cut, with entry points positioned at corners to reduce visible tool marks. Use appropriate feed rates for your specific stone material—slower speeds for harder materials like granite, faster for softer stones. The exterior profile can typically be cut with a single-pass contour at full depth, while the window cutout may require multiple passes depending on stone thickness and material hardness. Verify that your machine's working envelope can accommodate the 60-inch width; larger panels may require rotation or repositioning mid-cut. Apply adequate coolant flow to prevent heat buildup and material stress. After cutting, inspect all edges for chips or imperfections, paying special attention to the interior corners of the window opening where stress concentrations can cause micro-fractures.
Material Compatibility
This backsplash template is compatible with all common stone materials used in countertop fabrication. Granite provides exceptional durability and heat resistance, ideal for high-use kitchen environments. Quartz offers consistent coloration and requires minimal sealing, making it popular for modern designs. Marble delivers timeless elegance but requires more maintenance and careful sealing around wet areas. Quartzite combines the beauty of marble with granite-like durability. Soapstone offers a unique matte finish and natural water resistance. The template accommodates standard stone thicknesses from 2cm to 3cm. Thicker materials provide additional rigidity for larger unsupported spans. Consider the stone's veining pattern when positioning the template to ensure visual continuity with the countertop and balanced aesthetics around the window opening.
Where to Buy
This DXF template is available for immediate digital download through Slabwise. Stone fabrication suppliers and trade distributors may offer similar templates, but this version is optimized for modern CNC workflows. The file can be imported into popular CAM software including Alphacam, Moraware, and generic AutoCAD-compatible systems. Once purchased, fabricators receive unlimited use rights for their shop's production needs. Support for template customization and technical questions is available through our fabricator resources portal.