Description
This precision DXF template provides the exact hole pattern for compact and universal soap dispensers requiring a 1-inch diameter mounting hole. Designed for professional stone fabricators working with space-constrained installations or retrofit applications, this template ensures accurate hole placement for granite, quartz, marble, and engineered stone countertops. The 1-inch hole size accommodates a wide range of compact soap dispenser models from various manufacturers, making it an ideal choice for universal applications.
Related Templates
This precision DXF template provides the exact hole pattern for compact and universal soap dispensers requiring a 1-inch diameter mounting hole. Designed for professional stone fabricators working with space-constrained installations or retrofit applications, this template ensures accurate hole placement for granite, quartz, marble, and engineered stone countertops. The 1-inch hole size accommodates a wide range of compact soap dispenser models from various manufacturers, making it an ideal choice for universal applications.
Installation Overview
The compact soap dispenser template features a single 1.0-inch diameter hole, which is ideal for smaller soap dispensers and universal retrofit applications. This hole size provides compatibility with compact models that feature adjustable mounting hardware designed to fit holes ranging from 1.0 to 1.25 inches. Fabricators often use this template when working with limited deck space, island installations, or when retrofitting existing countertops where a smaller hole is preferred. The 1-inch diameter is particularly popular in bar sink applications, prep sink installations, and compact kitchen designs where space efficiency is paramount. When positioning this template, consider placing it 7-8 inches from the faucet center for optimal ergonomics, ensuring the dispenser is easily accessible without interfering with faucet operation. This template is also commonly used for lotion dispensers in bathroom vanity installations.
CNC Cutting Notes
Program your CNC machine for a single 1.0-inch diameter through-hole. Use a 25.4mm diamond-grit hole saw or core bit appropriate for the material being cut. For granite and harder stones, maintain spindle speeds between 900-1300 RPM with continuous water cooling to achieve clean edges and prevent chipping. The smaller hole diameter requires less cutting time than standard faucet holes, but precision is critical as there is less tolerance for error. Pre-drill a pilot hole to ensure accurate positioning and prevent bit walking during initial engagement. For quartz and engineered materials, reduce feed rates to prevent resin burning and ensure smooth edges. The compact size makes this an ideal template for automated production runs where multiple holes are required across different workpieces.
Material Compatibility
This template is compatible with all natural stone and engineered countertop materials including granite, marble, quartzite, soapstone, quartz composites (Caesarstone, Silestone, Cambria), solid surface materials (Corian, Staron, Hi-Macs), and ultra-compact surfaces (Dekton, Neolith, Lapitec). The 1.0-inch hole diameter works with compact and universal soap dispensers from manufacturers offering adjustable mounting systems. This template is particularly well-suited for thinner 2cm materials where a smaller hole provides better structural integrity compared to larger standard holes. For brittle materials like marble or heavily veined quartzite, the smaller hole diameter reduces stress concentration, resulting in fewer installation failures. Works effectively with both undermount and drop-in sink configurations.
Where to Buy
This DXF template is available for immediate download from the Slabwise template library. Professional fabricators can access this template through individual purchase or as part of a comprehensive template subscription. Compatible with all major CAD/CAM systems including BACA, Intermac, Park Industries, Prussiani, and other CNC controllers. The template includes both metric and imperial dimensions for global compatibility and can be easily imported into AutoCAD, SolidWorks, and other design software.