Description
This specialized DXF template provides fabricators with precise cutting specifications for a 6-inch tall by 48-inch wide stone backsplash featuring two electrical outlet cutouts positioned near the left and right ends of the piece. The end-positioned outlet configuration maximizes the distance between outlets, making this template ideal for longer kitchen wall sections where appliances or workstations at either end require independent power access. This layout is commonly specified in kitchen designs where outlets need to service different work zones or where building codes require minimum spacing between receptacles.
Dimensions
- Overall Width
- 48"
Specifications
- Downloads
- 0
Related Templates
This specialized DXF template provides fabricators with precise cutting specifications for a 6-inch tall by 48-inch wide stone backsplash featuring two electrical outlet cutouts positioned near the left and right ends of the piece. The end-positioned outlet configuration maximizes the distance between outlets, making this template ideal for longer kitchen wall sections where appliances or workstations at either end require independent power access. This layout is commonly specified in kitchen designs where outlets need to service different work zones or where building codes require minimum spacing between receptacles.
Installation Overview
The dual-outlet at-ends configuration is frequently used in kitchens above longer countertop sections, behind peninsulas, or on walls where equipment at both ends requires dedicated electrical access. The 48-inch span with outlets positioned near each end ensures that small appliances, charging stations, or task equipment can be positioned at either location without extension cords. Electrical code typically requires outlets spaced no more than 48 inches apart on kitchen countertop walls, and this template provides near-maximum spacing while keeping both outlets on a single backsplash piece. Before cutting, field-measure both electrical box locations to confirm their positions match the template - the end positions should allow adequate edge distance (typically 3-4 inches from the backsplash ends) to maintain stone integrity. During installation, carefully align both outlet cutouts with their respective electrical boxes before securing the backsplash, as adjustment becomes difficult once adhesive begins to set. The 48-inch length requires level installation across the full span to ensure both outlets sit properly in their boxes. Apply thin-set mortar or construction adhesive evenly across the back, press into position while checking alignment at both outlet locations, and verify level before allowing the adhesive to set.
CNC Cutting Notes
Import this DXF file into your CNC control software or waterjet system. The template includes two rectangular outlet cutouts positioned near the ends of the 48-inch span, typically with 3-4 inches of stone between each cutout and its respective end. This edge distance is critical for structural integrity - verify that the template's cutout positions maintain adequate material on the ends to prevent breakage during cutting, handling, or installation. Before cutting, secure your stone slab properly with support across the full 48-inch length. Program tool paths to cut both outlet openings with appropriate lead-in and lead-out points positioned where they'll be hidden by cover plates. The dual cutouts create more potential stress points in the stone, so material support during cutting is especially important. For CNC router operations, use diamond bits rated for your stone type and program appropriate feed rates based on material hardness. Consider cutting the outlet openings before the perimeter to reduce vibration and movement during interior cutting operations. For waterjet cutting, maintain consistent abrasive flow and water pressure throughout all cuts. The corner radii in the rectangular cutouts help minimize stress concentration. After cutting, inspect both outlet openings carefully for chips or irregularities before proceeding to installation.
Material Compatibility
This template is compatible with all standard countertop materials including granite, marble, quartzite, engineered quartz, solid surface, and ultra-compact materials. However, the dual-outlet configuration with end positioning requires careful material selection and handling due to the reduced edge distance near the cutouts. We strongly recommend 3cm material thickness for this template to ensure adequate strength, particularly in the end sections where outlet cutouts are located. 2cm material can work but requires more careful handling and installation. Engineered quartz is an excellent choice for this application due to its consistent strength throughout the material, which helps prevent edge breakage near the cutouts. Granite and quartzite with uniform grain structure also perform well. Natural stones with pronounced veining, fissures, or weak planes should be carefully oriented to avoid running these features through the end sections or adjacent to the outlet cutouts. Inspect the stone carefully for any natural defects that might coincide with the cutout positions. For materials like marble or softer granites, consider reinforcing the back with metal or composite mesh, particularly in the end sections between cutouts and edges.
Where to Buy
Professional fabricators can source suitable materials from local stone suppliers, regional distributors, and national wholesalers such as MSI, Arizona Tile, Daltile, Bedrosians, and specialty stone importers. For this template, given the structural considerations of end-positioned cutouts, prioritize materials known for consistent strength and minimal flaws. This template works with material currently in stock, though you may want to select pieces with uniform structure for optimal results. For homeowners seeking custom fabrication, contact local countertop shops or stone installers who specialize in kitchen work. Explain the dual-outlet at-ends configuration so they can properly assess material selection and provide accurate quotes. Most professional shops can complete this fabrication within 1-2 weeks, though they may charge slightly higher fabrication fees due to the dual cutouts and careful handling required. Material costs vary from $50-250+ per square foot installed depending on material selection. For the electrical outlets themselves, any home improvement store or electrical supply house carries standard duplex receptacles suitable for the cutouts in this template.