Description
This precision-engineered DXF template provides countertop fabricators with exact specifications for recessing dual wireless charging pads into kitchen islands, bathroom vanities, and workspace surfaces. The 8.0" x 4.0" recess with 0.375" depth accommodates most standard dual-device Qi wireless charging modules, allowing fabricators to create seamless, modern charging solutions integrated directly into natural stone, engineered quartz, and solid surface countertops. Our CNC-ready template eliminates guesswork and ensures perfect alignment for this increasingly popular smart-home feature.
Dimensions
- Overall Width
- 8"
Specifications
- Downloads
- 0
Related Templates
This precision-engineered DXF template provides countertop fabricators with exact specifications for recessing dual wireless charging pads into kitchen islands, bathroom vanities, and workspace surfaces. The 8.0" x 4.0" recess with 0.375" depth accommodates most standard dual-device Qi wireless charging modules, allowing fabricators to create seamless, modern charging solutions integrated directly into natural stone, engineered quartz, and solid surface countertops. Our CNC-ready template eliminates guesswork and ensures perfect alignment for this increasingly popular smart-home feature.
Installation Overview
Installing a dual wireless charging pad requires creating a shallow recess pocket on the underside of the countertop slab to house the charging hardware flush with the surface. This template specifies an 8.0" x 4.0" rectangular recess with 0.375" (3/8") depth, designed to be CNC-milled from the bottom surface of the slab. The charging pad is then secured within this pocket using adhesive or mounting clips, with the charging surface positioned flush or just below the finished countertop surface. Most Qi wireless chargers can transmit power through countertop materials up to 30mm (1.18") thick, though optimal performance occurs with thinner materials in the 10-20mm range. Fabricators should verify the specific charging module's maximum transmission distance before finalizing slab thickness. Position the recess in easily accessible locations such as kitchen islands, breakfast bars, or desk surfaces where users naturally place mobile devices. Ensure adequate clearance to under-counter cabinetry and verify electrical outlet access for the charging module's power cord.
CNC Cutting Notes
This recess template is specifically designed for CNC router fabrication from the underside (bottom) of the countertop slab. Use a 1/2" or 3/4" diameter flat-end mill or ball-nose bit to mill the 0.375" deep pocket, working in multiple passes of 0.100"-0.125" depth to minimize material stress. For engineered quartz, maintain spindle speeds of 15,000-18,000 RPM with adequate water cooling. Natural granite and quartzite require slower speeds (10,000-14,000 RPM) and more aggressive cooling to prevent heat fractures. The template includes corner radius specifications (typically 0.25" radius) to prevent stress concentration points and facilitate easier cleaning of the finished recess. After milling, smooth the recess floor with fine-grit diamond pads to ensure proper adhesion of the charging module. For solid surface materials like Corian, standard carbide tooling works effectively at lower speeds (8,000-12,000 RPM). Mark the recess position clearly on both top and bottom surfaces to ensure proper alignment during CNC programming.
Material Compatibility
This wireless charging recess template is compatible with all major countertop materials, though wireless charging effectiveness varies by material thickness and density. Engineered quartz (Caesarstone, Silestone, Cambria) in 2cm thickness provides excellent results, as the approximately 20mm thickness falls within optimal Qi charging range. Natural granite and marble at 2cm also work well, though mineral density may slightly reduce charging efficiency. Solid surface materials (Corian, Hi-Macs, Staron) offer superior wireless charging performance due to their non-metallic composition and uniform density. Ultra-compact surfaces (Dekton, Neolith) at 12mm thickness provide ideal charging transmission. For 3cm slabs, fabricators may need to mill a deeper recess or select high-output charging modules rated for 25-30mm transmission distances. Laminate countertops work exceptionally well due to minimal thickness. Avoid installing wireless chargers beneath materials containing metal particles or recycled glass aggregates, as these can interfere with electromagnetic fields and reduce charging efficiency.
Where to Buy
Dual wireless charging pads for countertop installation are available from specialty suppliers including Mockett (WCS series), Kew Labs (UTS series), InvisQi, and various manufacturers on Amazon and electronics retailers. Many units are designed specifically for under-counter installation with adhesive backing and include power adapters. Verify the charging module's maximum transmission distance, power output (10W recommended for fast charging), and device compatibility before fabricating the countertop recess.