Custom Patagonia Quartzite Furniture: Inside Our Fabrication Process for Plinth and Dining Tables

Quick Summary:

This fabrication guide explains how premium Patagonia Quartzite Tables are created from selected Patagonia Quartzite Slabs through digital slab mapping, CNC cutting, 45-degree miter wrapping, internal subframe engineering, and precision finishing. It covers custom stone plinth furniture fabrication, bespoke Brazilian exotic quartzite dining tables, and the exotic stone furniture manufacturing process for luxury interiors, hospitality projects, furniture brands, designers, contractors, and global procurement teams.

1.Introduction: The Monolithic Revolution in Custom Luxury Furniture Design

Walk into a contemporary design showroom in Milan, Los Angeles, Dubai, or Shanghai, and the strongest pieces are no longer always made from wood, steel, leather, or glass. Luxury interiors are increasingly using heavy, sculptural stone furniture as the main artistic anchor of a room. Plinth tables, low monolithic coffee tables, slab dining tables, cube side tables, and backlit stone consoles now function as collectible architectural objects.

Patagonia Quartzite Tables belong to the most technical category of this movement. Unlike a simple marble table, Patagonia contains large smoky quartz crystals, porcelain-like feldspar blocks, dark biotite or tourmaline-style ribbons, natural fissure boundaries, and sometimes translucent windows that interact with light. The stone can look like a geological landscape, but transforming it into a stable table requires engineering discipline.

The technical conflict is clear: the material is visually dramatic but structurally irregular. A fabricator may need to create hollow plinth forms, large cantilevered dining surfaces, mitered waterfall wraps, thick block-like legs, or internally supported table structures from slabs that were originally cut as flat stone panels. This is the ultimate test of a fabricator's skill because the furniture must appear monolithic while hiding seams, adhesives, subframes, and structural reinforcement.

Before programming CNC cutting matrices, analyzing vein wraps, or calculating the dead weight of custom block bases, architectural teams and procurement managers must understand macro block grading tiers, quarry variations, and global supply economics. Review the foundational reference guide: The 2026 Ultimate Buyer's Guide to Patagonia Quartzite: Sourcing, Grading, and Pricing.

KA UNITED supports furniture-focused projects with product references such as Patagonia Quartzite Plinth Table, Patagonia Quartzite Dining Tables, Patagonia Quartzite Round Tables, and Patagonia Quartzite Contemporary Rectangle.

2. Geological Provenance: Selecting Structural Blocks for High-Value Furniture Commissions

2.1 The Pegmatite Crucible

Patagonia Quartzite is admired because it does not behave visually like a predictable uniform stone. Its character is tied to Brazil's exotic stone geology, where mineral-rich environments and long geological transformation created large crystal bodies, feldspar masses, dark mineral ribbons, and dramatic internal movement. The surface can feel broken, luminous, blocky, and architectural at the same time.

For custom furniture, this geological variation is both the value and the risk. A slab with large translucent quartz areas may be ideal for a backlit cube table, but it may also contain crystal boundaries that require extra reinforcement. A slab with a dense feldspar matrix may be better for a dining table top because it offers visual calm and more predictable structure. A high-contrast slab may create unforgettable furniture, but it demands precise digital layout to avoid broken pattern flow across edges.

2.2 The Mineralogical Disparity

The material's internal structure is complex. Hard smoky quartz can sit beside porcelain-like feldspar. Brittle mica-rich inclusions can intersect with dense crystal sections. Dark biotite-like or tourmaline-style ribbons may define the visual direction of the slab, but they can also mark natural transitions that must be reviewed before cutting.

This mineral disparity creates internal tectonic stress inside Brazilian Exotic Quartzite. For a wall panel, some natural variation can be tolerated because the slab is fixed vertically. For a table, the requirements are stricter. A dining table has unsupported areas, exposed edges, load-bearing expectations, and daily human contact. A plinth table must look solid but is often built as a hollow engineered form to reduce weight. These conditions require better slab selection than standard flat cladding.

2.3 Slab Selection Guidelines

Custom furniture fabrication begins at the exotic quartzite manufacturer level. Slabs should be inspected for fissure density, resin quality, crystal clarity, feldspar balance, thickness, polish response, and visual flow. A furniture slab must not only look attractive on a rack; it must survive cutting, mitering, bonding, transport, and daily use.

For furniture projects, KA UNITED often evaluates full-slab photography, close-up videos, possible cut plans, and pattern continuity before recommending material. This is especially important for large Patagonia Quartzite Tables, where the tabletop, legs, apron, and vertical faces should appear visually connected.

3. Technical Material Specifications: The Mechanical Physics of Structural Stone Furniture

Stone furniture translates flat slabs into structural objects. The material must carry weight, resist bending, tolerate localized stress, and survive movement across workshops, crates, showrooms, and final installation sites. A tabletop may be exposed to dishes, glassware, heat from serving pieces, spilled wine, coffee, cleaning products, and repeated hand contact. A plinth base may carry a heavy top while appearing visually seamless.

The table below provides practical reference data for furniture specification. These are engineering planning ranges, not guaranteed test values for every slab. Natural stone varies by block, slab, mineral composition, resin treatment, thickness, finish, and fabrication method. For large commercial contracts or oversized furniture, project-specific testing and engineering review are recommended.

Porosity is important for dining and hospitality settings. Wine, coffee, fruit acids, oils, and cleaning agents may contact table surfaces frequently. Dense quartzite with very low water absorption can provide strong resistance to staining when properly sealed and maintained. However, professional writing should avoid the claim that any natural stone is completely impervious under all conditions. Resin zones, unsealed edges, open fissures, and aggressive chemicals can still create risk.

For Patagonia Quartzite Tables, the right performance comes from a controlled system: dense slab selection, vacuum resination, correct sealing, structural subframes, carefully placed seams, stable adhesives, and reasonable use instructions.

4. Architectural Confrontation: Why True Quartzite Prevails Over Classic Marbles for Statement Furniture

Classic marble remains beautiful, but furniture fabrication exposes its limitations. Calcareous marble, primarily calcium carbonate, is softer and more chemically sensitive than true quartzite. It can etch from acidic liquids, dull from frequent contact, and chip along exposed edges. In large furniture pieces, hidden veins can become structural weak points when the table is moved or loaded unevenly.

Quartzite is different. The silica-rich structure of Patagonia Quartzite Slabs provides stronger scratch resistance and better practical durability in high-use furniture applications. This is especially important for dining tables, hotel lounge tables, gallery plinths, bar-adjacent furniture, and luxury retail display tables.

The structural deflection deficit of marble becomes visible in large spans. A marble dining table with thin unsupported sections may crack along hidden veins under localized weight or movement. Patagonia still requires internal engineering, but dense quartzite zones provide a stronger starting point. The fabricator can then add aluminum honeycomb, marine-grade plywood, steel support, or torsion-box reinforcement where needed.

Friction, abrasion, and chemical stability also matter. A polished marble table can dull from everyday use if acidic spills are not controlled. A premium quartzite surface, when properly sealed and maintained, is better suited for long-term visual sharpness. The phrase "factory-polished luster" should still be understood realistically: any stone surface needs correct care, but quartzite offers a more resilient technical foundation.

A modern Patagonia Quartzite factory uses vacuum resination lines, controlled polishing, reinforced handling, and slab inspection to reduce risk. These steps fill micro-voids, stabilize natural fissures, and prepare the slab for complex furniture fabrication.

5. Visual Pattern Classifications: Slicing Slabs for Seamless 3D Waterfall Miter Wraps

Crystal-Dominant Lots: The Translucent Sculptures

Crystal-dominant lots include large clear or smoky quartz zones, sometimes covering more than half of the visible slab face. These slabs are the premier choice for internally illuminated Backlit Patagonia Quartzite plinths, side tables, consoles, and coffee tables. When lighting is integrated properly, the crystal windows can glow through the furniture body, giving the object an almost sculptural presence.

For these designs, KA UNITED may guide buyers toward Backlit Patagonia Quartzite or selected translucent lots. Lighting, adhesive, and subframe planning must happen before cutting because crystal windows reveal hidden shadows and seam mistakes.

Matrix-Balanced Mosaic Slabs: The Graphic Furniture Archetype

Matrix-balanced slabs combine warm cream feldspar, crystalline areas, and dark charcoal ribbons. This category is often ideal for dining tables and plinth furniture because it offers visual drama without relying entirely on translucency. It can produce strong edge wrapping, bold pattern continuity, and a serious architectural character.

These slabs require precise digital vein-matching. A dining table edge should not interrupt the pattern abruptly. A plinth base should look as if the stone wraps around the cube naturally. A waterfall side should carry the visual rhythm from top to vertical face. This is where professional custom stone fabrication services become essential.

Homogeneous Fine-Grain Variants

Some Patagonia-related lots contain tighter, more predictable mineral structures. They may lack the most dramatic crystal windows, but they are useful for uniform contract furniture, hotel table programs, small accent tables, side tables, and coordinated decorative objects. They are also useful when a project requires multiple matching pieces.

Fine-grain variants may also produce offcuts that can be transformed into Patagonia Quartzite Tiles, trays, small table tops, or accent panels. Smart fabrication planning reduces waste and increases value from each slab bundle.

6. Step-by-Step Fabrication Blueprint: Inside the Creation of Plinths and Dining Tables

Step 1: High-Definition Digital Slab Mapping and 3D Miter Alignment

Fabrication begins with digital slab mapping. The workshop photographs or scans the entire slab face under controlled light, then imports the image into CAD/CAM software. The goal is to plan every piece before cutting: tabletop, plinth sides, vertical aprons, legs, internal panels, and secondary accents.

For cube wrapping, the software must simulate how the pattern will flow from the horizontal tabletop down the vertical face. This is especially important for Patagonia Quartzite Plinth Table designs. A successful cube wrap makes the stone appear folded from one continuous slab. A failed wrap makes the object look assembled from disconnected scraps.

Step 2: Precision CNC Waterjet Cutting Parameters for Brittle Crystals

Cutting Patagonia requires controlled tooling. The fabricator must adjust feed speed, blade condition, water flow, and cutting path according to mineral transitions. Practical feed-speed ranges for complex stone cutting may be around 1.2 to 1.8 meters per minute depending on tool, thickness, and material behavior. Bridge saw RPM for a 14-inch blade may be planned around 1600 to 1800 RPM, but exact values must follow equipment, blade type, and shop standards.

The key is not the number alone. It is controlled transition. When the blade moves from softer feldspar into hyper-hard quartz crystals, the operator may slow down to reduce vibration, edge chipping, or micro-fracturing. Internal corners, sink-like cutouts for inserts, cable holes, and miter points require conservative processing.

Step 3: Structural Subframe Engineering and Torsion Box Assembly

Hollow stone furniture cannot rely on stone alone. A plinth may look like a solid block, but a truly solid quartzite block would be extremely heavy and difficult to move safely. Instead, high-end workshops often use internal support matrices such as marine-grade plywood, aluminum honeycomb, stainless steel frames, or aircraft-grade lightweight panels.

A dining table may need a torsion-box assembly to resist twisting and distribute weight. Large tops require support across the span, not only at the legs. The subframe must be engineered to carry load while allowing the stone skin to remain visually clean. For Patagonia Quartzite Dining Tables, the support design should be reviewed before the slab is cut.

Step 4: Translucent Adhesive Management and Invisible Seam Shaving

Adhesive selection is critical. Dark epoxies can create visible lines in translucent quartz zones. For Translucent Patagonia Quartzite or Patagonia Backlit Quartzite Slabs, fabricators should consider non-staining, UV-stable, ultra-clear acrylic structural resins or carefully matched stone adhesives. The adhesive must provide strength without leaving shadow lines.

After bonding, seams are shaved, polished, and blended. The 45-degree miter joint must be tight enough to disappear under normal viewing conditions. For high-end furniture, edge polishing is not a final cosmetic step. It is part of the structural illusion that allows the object to read as monolithic.

Step 5: Architectural Edge Refinement and Bottom Ergonomic Chamfering

The transition from a raw miter joint to a luxury furniture surface relies on micro-topography. To prevent the ultra-hard quartz crystals from catching fabric or feeling sharp to human touch, craftsmen must apply a precise 1mm to 1.5mm eased micro-bevel (pencil round profile) along all peripheral edges. This delicate profiling must be done with water-fed variable-speed pneumatic polishers moving from 50-grit up to 3000-grit resin diamond pads, avoiding the frictional heat that causes thermal shock in the stone's resin matrix.

Furthermore, for large Patagonia Quartzite Dining Tables, an advanced fabrication technique involves implementing a 45-degree relief chamfer on the bottom inverted edge of the stone apron. This structural undercut serves a dual purpose: it visually thins the stone's profile to create a sleek, contemporary European aesthetic, and it protects the user's knees and thighs from coming into contact with sharp unpolished undersides, raising the piece from a basic stone assembly to a masterfully engineered furniture asset.

7. Workplace Safety Enforcements, Regulations, and Material Handling Metrics

7.1 Silica Dust Control and Workshop Safety

Quartzite contains crystalline silica. Cutting, grinding, drilling, and polishing can generate respirable crystalline silica dust if not properly controlled. Professional workshops should maintain wet-processing environments, use water-fed tools, industrial dust extraction, HEPA-filtered collection where appropriate, proper housekeeping, worker training, and respiratory protection according to applicable local workplace safety regulations.

For furniture projects, silica dust control matters because complex miter work, edge polishing, seam shaving, and rework can create repeated exposure if performed dry. Responsible stone fabrication treats water flow and dust collection as standard production requirements, not optional upgrades.

7.2 Advanced Vacuum Handling Protocols for Heavy Monolithic Furniture

Finished stone furniture can be heavier and more fragile than flat slabs because it contains bonded corners, hollow structures, mitered edges, and internal subframes. Moving it with raw hooks or uncontrolled clamps can create catastrophic damage. Multi-pad vacuum lifters, padded transport clamps, foam-protected supports, and slow controlled movement are safer for high-value pieces.

Every lift should consider the piece's center of gravity. A plinth table may have uneven internal weight. A long dining table top may sag if supported only at the ends. A backlit table may contain internal electrical components that must not be crushed during handling. Packaging should be designed around the final furniture geometry, not around standard slab rules.

8. Sourcing Economics: Yield Rates, Waste Factors, and B2B Procurement Strategies

Stone furniture creates more waste than flat slab installation. A countertop may be cut from one rectangular layout, but a 3D plinth or dining table requires directional matching, mitered panels, side faces, internal supports, and offcut planning. Complex wrap layouts can increase material waste to 25%–35% or more depending on slab size and pattern requirement.

Advanced workshops reduce waste by planning secondary cutouts. Smaller offcuts can become side tables, trays, accent panels, samples, or decorative bases. This recovery strategy improves project margins and helps designers create coordinated interiors from the same slab family.

High-end furniture manufacturers, hospitality purchasing agents, and contract suppliers can reduce acquisition premiums by purchasing through a verified wholesale Patagonia Quartzite supplier or global bulk stone exporter. Direct sourcing improves visibility into slab inventory, lot continuity, packing, fabrication lead time, and container efficiency.

KA UNITED operates as a project-focused luxury stone distributor and supplier for custom stone furniture programs, supporting slab selection, digital lot review, fabrication communication, packing coordination, and global logistics. Current inventory and project availability should always be confirmed during quotation rather than assumed from general catalog information.

8. KA UNITED Product Paths for Patagonia Quartzite Furniture and Related Applications

For plinth-style statement furniture, Patagonia Quartzite Plinth Table provides a direct reference for monolithic cube-inspired designs, miter wrapping, and sculptural stone furniture.

For large dining surfaces, Patagonia Quartzite Dining Tables supports buyers evaluating tabletop size, edge profile, support structure, and visual slab selection.

For smaller furniture pieces and lounge settings, Patagonia Quartzite Round Tables and Patagonia Quartzite Contemporary Rectangle help designers coordinate side tables, coffee tables, and decorative interior objects.

For full slab sourcing, Patagonia Quartzite Slab supports full-slab approval, bundle selection, and furniture-grade material review.

For countertop and furniture coordination, Patagonia Quartzite Countertops helps connect kitchen islands, bar tops, and dining furniture within one design language.

For rare color directions, Pink Patagonia Quartzite and Patagonia Green Quartzite can support warmer or more biophilic furniture programs.

9. Related Blog Recommendation Hub

For buyers who want to understand Patagonia Quartzite from sourcing to grading, furniture fabrication, backlighting, cabinetry, maintenance, and logistics, the following topic cluster builds a complete research path. The central reference remains The 2026 Ultimate Buyer's Guide to Patagonia Quartzite: Sourcing, Grading, and Pricing.

10. Custom Stone Furniture Fabrication FAQ

Can you build a hollow plinth table from natural Patagonia Quartzite slabs without it cracking?

Yes, a hollow plinth table can be built from Patagonia Quartzite slabs when the fabricator uses proper slab selection, internal subframe support, controlled miter cutting, suitable adhesive, and careful handling. The stone skin should not be expected to carry all structural loads alone. A marine-grade plywood, aluminum honeycomb, or metal support system helps distribute weight and reduce cracking risk.

What is the ideal internal structural support material for a custom stone dining table?

The ideal support depends on table size, weight, edge design, and intended use. Aluminum honeycomb is lightweight and stable for large panels. Marine-grade plywood can provide good bonding support for certain assemblies. Steel or aluminum frames may be required for long dining tables, heavy plinth bases, or cantilevered structures. The support should be engineered before the stone is cut.

How do custom fabricators hide the seams on a 45-degree mitered edge quartzite table?

Seams are hidden through digital vein mapping, accurate 45-degree cutting, tight dry fitting, clear or color-matched structural adhesive, controlled clamping, seam shaving, and precision polishing. For translucent quartz zones, the adhesive must not create dark shadow lines. Successful seam work begins with the slab layout, not with final polishing.

Why do luxury furniture designers source slabs from a direct overseas luxury stone distributor?

Luxury furniture designers source directly from an overseas supplier or distributor to access larger slab selections, better lot control, lower intermediate markups, custom fabrication support, and export packing coordination. For rare materials such as Patagonia Quartzite, early slab selection helps designers secure pattern continuity before the best bundles are sold.

How do fabricators eliminate LED "hotspots" inside a backlit Patagonia Quartzite plinth table?

Eliminating visible LED pinpoint shadows or hot-spots requires an integrated lighting ecosystem inside the hollow stone chassis. Fabricators should not simply stick loose LED tape to the internal frame. Instead, they must deploy customized Dot-Free LED Light Guide Panels (LGP) or high-density COB (Chip-on-Board) LED strips housed within anodized aluminum diffusion channels. The distance between the light source and the underside of the translucent Patagonia crystal windows must be kept at a minimum mechanical cavity depth of 40mm to 60mm. Additionally, wrapping the interior frame with reflective matte-white technical films allows the light waves to scatter evenly, ensuring a fluid, continuous planetary glow without any dark engineering shadows.

11.Conclusion: Elevating Technical Execution to Timeless Architectural Asset Value

Successful Patagonia furniture fabrication depends on several non-negotiable rules: continuous water flow during cutting, conservative feed speed across brittle crystals, high-definition digital slab mapping, internal honeycomb or structural subframes, clear adhesive management, multi-pad vacuum handling, and hyper-precise miter alignment.

Investing the required engineering hours into a complex, light-interactive quartzite piece creates more than a table. It creates a permanent design asset. A well-executed Patagonia plinth or dining table can define a luxury residence, boutique hotel suite, private club, restaurant lounge, or design gallery for years.

KA UNITED works with luxury interior architects, global furniture designers, commercial purchasing firms, contractors, and distributors on digital slab selections, engineering reviews, custom fabrication coordination, export packing, and direct factory-to-door logistics. For projects involving Patagonia Quartzite Countertops, Patagonia Quartzite Tiles, Patagonia Quartzite Vanity Tops, or sculptural furniture, the strongest outcome begins with early material approval and disciplined fabrication planning.

Semantic Closing Insight: How Custom Patagonia Quartzite Furniture Should Be Engineered

How does fabrication begin? It begins with full-slab reading, not cutting. The workshop must understand crystal zones, feldspar structure, dark veining, fissure position, and the intended 3D furniture shape before any cut path is approved.

Why is internal structure necessary? Patagonia furniture may look monolithic, but large tables and plinths need hidden engineering. Aluminum honeycomb, marine-grade plywood, steel frames, or torsion-box systems distribute weight and protect the stone skin from stress.

What defines a premium result? A premium table has continuous pattern flow, clean mitered edges, invisible seams, stable support, protected corners, sealed surfaces, and logistics-ready packaging. The object should look sculptural but perform as functional furniture.

Option analysis: Choose crystal-dominant slabs for luminous plinths and backlit side tables. Choose matrix-balanced slabs for dining tables and strong graphic furniture. Choose fine-grain variants for contract furniture, side tables, tiles, trays, and repeatable production runs.

Consideration analysis: The most dramatic slab is not always the best furniture slab. Large quartz windows can be visually powerful but may require extra reinforcement. Heavy dark veins may create strong design lines but must be positioned intentionally across edges and seams.

Market insight: In 2026, luxury furniture is shifting toward sculptural natural materials, visible craftsmanship, and collectible stone objects. Patagonia Quartzite fits this trend because it combines geological rarity, structural performance, and a surface language that cannot be repeated artificially.

FAQ Section

1. Are Patagonia Quartzite Tables durable for daily use?

Patagonia Quartzite Tables can be highly durable for daily use when the slabs are properly selected, resined, sealed, supported, and fabricated. Quartz-rich zones offer stronger scratch resistance than many marbles, and dense slabs can resist normal dining liquids when sealed correctly. However, table durability depends on more than the stone itself. The internal support frame, miter joints, adhesive system, edge profile, surface finish, and handling method all influence long-term performance. For large dining tables or plinth furniture, engineering review is strongly recommended.

2. How are custom Patagonia Quartzite plinth tables made?

Custom Patagonia Quartzite plinth tables are usually made through digital slab mapping, CAD/CAM layout, precision CNC or waterjet cutting, 45-degree miter preparation, internal subframe assembly, adhesive bonding, seam shaving, polishing, sealing, and custom packing. The goal is to create a hollow or semi-hollow stone form that appears monolithic while reducing unnecessary weight. The most advanced pieces use digital vein wrapping so the slab pattern flows naturally from the top surface down the vertical sides.

3. Can Patagonia Quartzite furniture be backlit?

Selected Patagonia Quartzite furniture can be backlit if the slab contains clean translucent quartz windows and the furniture structure is designed for lighting. Backlit plinths, coffee tables, side tables, and feature consoles require low-voltage LED systems, light diffusion panels, ventilation, accessible drivers, and clear adhesive control. Not every Patagonia slab is suitable for backlighting. Buyers should request backlit test photos or videos of the exact slabs before fabrication because light transmission varies across quartz windows, feldspar zones, and dark mineral ribbons.

4. Why is Patagonia Quartzite furniture more expensive than marble furniture?

Patagonia Quartzite furniture is often more expensive than marble furniture because the raw material is rarer, harder to cut, more demanding to polish, and more complex to match across 3D furniture forms. The stone's hardness increases diamond tooling wear, and its dramatic pattern requires careful digital layout to preserve visual continuity. Custom plinth tables and dining tables may also require internal honeycomb or metal subframes, clear structural adhesives, mitered edge polishing, special packing, and controlled handling. These steps increase cost but also improve durability and design value.

5. Where can designers source custom Patagonia Quartzite Tables?

Designers should source custom Patagonia Quartzite Tables from a professional manufacturer, supplier, factory, luxury stone distributor, or bulk stone exporter that can provide full-slab photos, video inspection, bundle numbers, fabrication drawings, material thickness confirmation, resin review, custom packing, and international logistics coordination. KA UNITED supports luxury interior architects, furniture brands, hospitality developers, contractors, distributors, and fabricators with slab selection, custom stone fabrication communication, plinth table production, dining table planning, and global delivery support.

References

1. "Standard Specification for Quartz-Based Dimension Stone" - ASTM Committee C18 - ASTM International - ASTM C616/C616M.
2. "Standard Test Methods for Absorption and Bulk Specific Gravity of Dimension Stone" - ASTM Committee C18 - ASTM International - ASTM C97/C97M.
3. "Standard Test Method for Compressive Strength of Dimension Stone" - ASTM Committee C18 - ASTM International - ASTM C170/C170M.
4. "Standard Test Method for Flexural Strength of Dimension Stone" - ASTM Committee C18 - ASTM International - ASTM C880/C880M.
5. "Dimension Stone Design Manual" - Natural Stone Institute Technical Committee - Natural Stone Institute Technical Resources.
6. "Care and Cleaning of Natural Stone" - Natural Stone Institute Technical Committee - Natural Stone Institute Consumer Stone Care Guidance.
7. "Respirable Crystalline Silica Standard for Construction" - Occupational Safety and Health Administration - OSHA Construction Industry Guidance.
8. "Patagonia Quartzite Furniture Fabrication Knowledge Base" - KA UNITED Editorial and Product Team - KA UNITED Luxury Stone Catalog.