Description
This highly specialized DXF template provides precise specifications for fabricating an exceptional behind-sink stone backsplash measuring 36 inches in height by 84 inches in width, incorporating a panoramic 60"x30" window cutout. This configuration represents one of the most extreme and challenging backsplash designs available, with the massive window opening consuming approximately 71% of the total panel area and leaving only narrow 12-inch stone borders on each side. The 60-inch wide by 30-inch high window opening creates a dramatic panoramic effect that maximizes natural light and exterior views, a design feature found exclusively in high-end contemporary luxury architecture where floor-to-ceiling glass walls and expansive window systems are primary design elements. The combination of exceptional 84-inch overall width and extreme 60-inch window opening presents significant structural engineering challenges. The narrow 12-inch vertical stone sections flanking the window must support the entire panel's considerable weight while resisting flex and stress during fabrication, transportation, and long-term installed service. This template should be considered only for the most experienced fabricators working with premium clients who fully understand and accept the structural considerations inherent in such extreme designs. Engineered for expert-level large-format CNC fabrication workflows, this template requires industrial waterjet cutting systems or heavy-duty CNC bridge saws, advanced CAD/CAM software capabilities, and comprehensive understanding of structural stone mechanics. The file provides dimensional precision, but successful execution demands extensive technical knowledge beyond what any template can convey. This design is recommended exclusively for experienced fabrication professionals with proven track records in challenging large-format work, comprehensive material science knowledge, and the ability to clearly communicate structural limitations and requirements to clients.
Dimensions
- Overall Width
- 84"
Specifications
- Downloads
- 0
Related Templates
This highly specialized DXF template provides precise specifications for fabricating an exceptional behind-sink stone backsplash measuring 36 inches in height by 84 inches in width, incorporating a panoramic 60"x30" window cutout. This configuration represents one of the most extreme and challenging backsplash designs available, with the massive window opening consuming approximately 71% of the total panel area and leaving only narrow 12-inch stone borders on each side. The 60-inch wide by 30-inch high window opening creates a dramatic panoramic effect that maximizes natural light and exterior views, a design feature found exclusively in high-end contemporary luxury architecture where floor-to-ceiling glass walls and expansive window systems are primary design elements. The combination of exceptional 84-inch overall width and extreme 60-inch window opening presents significant structural engineering challenges. The narrow 12-inch vertical stone sections flanking the window must support the entire panel's considerable weight while resisting flex and stress during fabrication, transportation, and long-term installed service. This template should be considered only for the most experienced fabricators working with premium clients who fully understand and accept the structural considerations inherent in such extreme designs. Engineered for expert-level large-format CNC fabrication workflows, this template requires industrial waterjet cutting systems or heavy-duty CNC bridge saws, advanced CAD/CAM software capabilities, and comprehensive understanding of structural stone mechanics. The file provides dimensional precision, but successful execution demands extensive technical knowledge beyond what any template can convey. This design is recommended exclusively for experienced fabrication professionals with proven track records in challenging large-format work, comprehensive material science knowledge, and the ability to clearly communicate structural limitations and requirements to clients.
Installation Overview
Installation of this extreme backsplash configuration should be undertaken only by master-level stone installers with extensive experience in challenging large-format work and comprehensive understanding of structural load distribution principles. Conduct thorough structural engineering assessment of the wall substrate to verify it can adequately support the exceptional weight and highly concentrated load distribution created by the narrow 12-inch vertical stone sections. Standard wall framing may require reinforcement for this extreme configuration. The 84-inch width spans multiple wall studs, but the narrow vertical sections concentrate all panel weight into limited bearing areas, creating stress conditions not present in standard backsplash installations. Wall surfaces must be meticulously prepared—perfectly level and plumb across the entire 84-inch span with zero tolerance for irregularities that would become critically problematic across this exceptional width. Clean and prepare surfaces with extreme care. Apply premium construction adhesive or structural silicone specifically engineered for heavy stone applications to the back of the panel, concentrating product densely and comprehensively along the narrow 12-inch vertical sections and around the entire panoramic window perimeter. The exceptional size, unusual geometry, and concentrated weight distribution of this panel—potentially 150-200+ pounds supported by only two narrow vertical sections—absolutely requires a minimum of three expert installers, potentially four for heavier materials, plus specialized lifting equipment such as professional suction cup systems, custom engineered support frames, or overhead mechanical lifting systems. Position the backsplash with extreme care and coordinated precision, as the narrow vertical sections are highly vulnerable to stress during any handling. Extensive, robust temporary support infrastructure is essential—deploy multiple substantial bracing points across the 84-inch width with particular concentration supporting the narrow vertical sections to prevent any flex, sagging, or movement during extended adhesive cure times. Maintain precise gaps around the massive 60-inch window perimeter. Mechanical fastening is absolutely critical and non-negotiable for this extreme configuration—install substantial L-brackets or engineered French cleats anchored into wall studs and positioned behind each narrow vertical section, with potential additional fastening at strategic points. The mechanical fastening system should be engineered to independently support the full panel weight without relying on adhesive, creating complete load-bearing redundancy. Some installations may require consultation with structural engineers to design appropriate support systems. After verified complete cure and load testing of all support systems, apply color-matched silicone caulk meticulously. This installation should never be attempted without extensive experience, appropriate equipment, and comprehensive liability protection. Fabricators and installers should thoroughly document all structural discussions with clients and potentially require engineering approval before proceeding.
CNC Cutting Notes
CNC programming and fabrication for this extreme template demands expert-level technical skills and comprehensive understanding of stone mechanics under stress conditions. Verify conclusively that your CNC equipment can accommodate the exceptional 84-inch width and has adequate structural rigidity to maintain accuracy across this span—this configuration exceeds the practical capabilities of many fabrication shops. When positioning the template on your stone slab, material selection becomes absolutely critical. The narrow 12-inch vertical sections must be cut exclusively from the strongest, most structurally sound, completely defect-free portions of your slab. Examine these areas exhaustively for any natural fissures, weak veining patterns, color concentrations, or structural irregularities that could compromise integrity. This is not an application where aesthetics can take priority—structural soundness must be the paramount consideration in material selection and template positioning. The 60"x30" panoramic window cutout must be programmed with extreme care as an interior contour operation, with multiple substantial temporary support tabs positioned strategically to prevent the massive interior section from dropping prematurely and potentially catastrophically damaging the narrow vertical supports. Entry points should be positioned to minimize stress transmission to the narrow sections. For waterjet cutting, use conservative parameters with slower feed rates and controlled abrasive flow to absolutely minimize vibration and stress. The cutting sequence must be planned meticulously to maintain maximum structural support throughout all operations, typically executing the interior window opening as the final cutting operation. Maintain exceptional coolant coverage throughout the process, as the narrow vertical sections are critically vulnerable to thermal stress, expansion, and resulting micro-fractures. After cutting, conduct exhaustive inspection of all edges with microscopic attention to the full length of both narrow vertical sections, examining for any micro-fractures, edge chips, stress indicators, or finish inconsistencies. Any defects in these critical structural areas may necessitate panel rejection. Removal from the cutting table requires exceptional care, potentially custom engineered lifting fixtures designed specifically to support this unusual geometry without inducing any flex in the narrow vertical sections. This template should only be cut by master-level CNC operators with extensive experience in extreme large-format work and proven track records. Less experienced operators should not attempt this configuration due to high material value at risk and substantial probability of failure without expert-level skills.
Material Compatibility
Material selection for this extreme backsplash configuration is severely constrained and absolutely critical to any possibility of success. Engineered quartz is the strongly recommended material choice, as its manufactured consistency provides reliable, predictable strength characteristics throughout the panel without natural defects or weak points that could compromise the narrow 12-inch vertical sections. Premium granite with minimal veining and exceptional structural consistency can be considered, but only slabs with proven superior strength characteristics and complete absence of natural fissures or weak veining in the areas that will become the vertical supports. Avoid any granite with dramatic veining or natural character variations. Marble is generally not recommended for this extreme configuration under any circumstances due to its softer nature, tendency toward natural fissures, and variable strength characteristics, regardless of thickness or quality grade. Even premium marble carries unacceptable risk levels for this application. Quartzite with granite-like strength properties and proven consistency might be considered but requires extremely careful material vetting. Thickness is absolutely non-negotiable: 3cm is the minimum acceptable thickness, and many experienced fabricators recommend refusing this configuration entirely in 3cm, instead requiring custom thicker materials if available to provide any reasonable safety margin. 2cm material is completely unacceptable and should be categorically rejected for this application without exception. The structural demands of supporting an 84-inch wide panel through only two 12-inch wide vertical sections cannot be met by 2cm material under any circumstances. When selecting stone, the areas that will become the narrow vertical supports must receive exhaustive structural vetting. These sections must come from the absolute strongest, most homogeneous, completely defect-free portions of the entire slab. Position the template to prioritize structural integrity over all aesthetic considerations. Natural vein patterns, color variations, or distinctive material characteristics must be entirely secondary to structural soundness in template positioning for this extreme application. Fabricators should seriously consider declining projects requesting this configuration if optimal material is not available, rather than attempting execution with suboptimal materials. The liability risks and reputation damage from a failed installation far outweigh any potential profit from accepting a job without appropriate materials.
Where to Buy
This highly specialized extreme DXF template is available through Slabwise, though we provide it with strong advisories that it should be considered only by the most experienced fabrication professionals with proven expertise in challenging large-format work, comprehensive understanding of stone mechanics under stress, and demonstrated ability to assess structural risks and communicate limitations clearly to clients. This template represents an extreme edge case in backsplash design that pushes the absolute limits of what is structurally advisable with stone panels. Purchase includes unlimited usage rights, though given the extreme structural considerations, substantial liability concerns, and high probability of client disputes if limitations are not clearly communicated upfront, we recommend extremely conservative assessment of whether to accept projects using this template. The file imports into standard CAD/CAM systems, but the template alone is entirely insufficient for successful execution. Fabricators considering this configuration are very strongly encouraged—almost required—to utilize comprehensive technical consultation services available through the Slabwise fabricator resources portal, where experienced professionals can provide critical guidance on material selection and vetting, structural engineering assessment, client communication and expectation management, liability protection and documentation, installation methodology and support system engineering, and risk assessment. Fabricators should carefully evaluate whether the premium fees this exceptional work commands justify the substantial technical challenges, elevated material risks, significant liability exposure, and potential reputation damage if installations fail. In many cases, experienced professionals recommend proposing alternative designs with smaller window openings that achieve the client's aesthetic goals while providing better structural margins and reduced risk for all parties.