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RAW MATERIAL

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Natural Stone Blocks

Premium natural stone blocks selected for international export.

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PROJECT-READY STONE

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Cut-to-Size Stone

Precision-cut natural stone for architectural and commercial projects.

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Cut to Size Stone Supplier

Custom-Fabricated Natural Stone for International Architectural and Construction Projects

A Cut to Size Stone Supplier provides natural stone that is fabricated according to defined project dimensions rather than supplied only as standard slabs, tiles or raw blocks.

This distinction is important in professional stone procurement.

When a buyer orders a standard slab, the fabrication process continues after the material arrives. When a buyer orders cut-to-size stone, the supplier is expected to convert natural stone into components that correspond to a defined architectural or fabrication requirement.

That may involve:

• Exact or specified dimensions
• Project drawings
• Shop drawings
• Templates
• Edge profiles
• Surface finishes
• Cut-outs
• CNC machining
• Waterjet cutting
• Drilling
• Grooving
• Beveling
• Mitred edges
• Special shapes
• Numbering and identification
• Protective packaging
• Installation-oriented documentation

The commercial value of cut-to-size stone therefore lies not only in the stone itself, but in the supplier’s ability to translate a design requirement into accurately fabricated natural-stone components.

For architects, contractors, developers, fabricators, distributors and international procurement teams, this requires a different sourcing approach from buying ordinary slabs.

A professional Cut to Size Stone Supplier must understand the relationship between the raw material, fabrication process, dimensional requirements, installation system and final architectural application.

What Is a Cut to Size Stone Supplier?

A Cut to Size Stone Supplier provides natural stone components manufactured according to buyer-defined dimensions and specifications.

The supplied material may be produced from:

• Marble
• Travertine
• Onyx
• Limestone
• Granite
• Other suitable dimension stones

Depending on the project, cut-to-size products can include:

• Wall panels
• Floor panels
• Stair treads
• Stair risers
• Window sills
• Door surrounds
• Countertops
• Vanity tops
• Wall cladding
• Façade panels
• Copings
• Thresholds
• Columns
• Architectural trim
• Decorative panels
• Custom furniture components

The term “cut-to-size” should not be interpreted as merely cutting a slab into rectangles.

Professional fabrication may involve several operations after initial sawing.

The supplier may need to coordinate material selection, cutting, edge finishing, machining, dimensional inspection, labeling, packing and shipment.

That is why project-specific stone procurement should begin with a technical specification rather than a simple request for a price per square meter.

Cut to Size Stone vs. Standard Slabs

The difference is fundamentally one of fabrication responsibility.

A standard slab is generally supplied as a large-format piece of processed stone. The final cutting and fabrication can then be performed by the buyer or local fabricator.

Cut-to-size stone is supplied closer to its intended final geometry.

This can reduce some downstream fabrication work, but it also transfers more responsibility to the supplier.

The supplier needs to understand:

• Final dimensions
• Joint layout
• Edge treatment
• Surface finish
• Orientation
• Vein direction
• Numbering
• Quantity
• Tolerances
• Installation requirements

For large international projects, this can create a more coordinated procurement process because the stone supplier becomes involved in the fabrication stage rather than only supplying the raw material.

Why Cut-to-Size Stone Requires Precise Specifications

Natural stone is not a synthetic sheet material with perfectly uniform internal properties.

It is a geological material.

The supplier must therefore consider both the geometry of the finished component and the characteristics of the stone from which it is fabricated.

A project specification may need to identify:

• Stone type
• Commercial variety
• Source or approved material
• Thickness
• Finished dimensions
• Dimensional tolerances
• Finish
• Edge profile
• Vein direction
• Pattern matching
• Openings
• Cut-outs
• Quantity
• Identification
• Packing
• Installation orientation

The more complex the project, the more important this information becomes.

A verbal instruction such as “make the panels according to the project” is rarely sufficient for international production.

The supplier needs an actual technical reference.

From Quarry Block to Cut-to-Size Component

The production of a cut-to-size component begins much earlier than the final cutting operation.

A typical supply chain can be represented as:

Natural Stone Source

↓

Raw Block Selection

↓

Block Processing

↓

Slab Production

↓

Material Selection

↓

Cutting

↓

Edge Processing / Machining

↓

Surface Finishing

↓

Quality Control

↓

Numbering & Packing

↓

Export

Each stage can affect the final result.

The original block influences the available slab sequence.

The slab determines the usable cutting area.

The cutting layout influences material yield.

The finish changes the final appearance.

The packaging determines how well the finished components survive transportation.

Therefore, cut-to-size procurement is a coordinated manufacturing process rather than a single cutting operation.

Natural Stone Selection Comes Before Fabrication

One of the most important mistakes in project stone procurement is beginning with the cutting file before confirming the material.

The stone should first be approved.

This can involve:

• Physical samples
• Slab photographs
• Actual production photographs
• Material references
• Color range
• Vein direction
• Finish samples
• Technical information

Once the material is approved, the fabrication specification can be finalized.

This sequence helps prevent a situation where precisely fabricated components are produced from a material that does not meet the project’s visual expectations.

ASTM C1528/C1528M-26 is the current active ASTM guide for the selection of dimension stone. Its scope specifically includes architects, engineers, specifiers, contractors and material suppliers involved in designing, selecting, specifying, installing, purchasing, fabricating and supplying natural stone.

Marble Cut to Size

Marble is particularly suitable for project-specific fabrication because its architectural use often involves controlled layouts and visual continuity.

Cut-to-size marble may be produced for:

• Hotel walls
• Lobby flooring
• Reception counters
• Staircases
• Vanity units
• Residential interiors
• Commercial interiors
• Decorative panels
• Elevator surrounds
• Feature walls

The fabrication specification may need to address:

• Background color
• Vein direction
• Matching
• Bookmatching
• Thickness
• Edge treatment
• Surface finish
• Openings
• Installation sequence

For highly veined marble, cutting cannot be treated as a purely dimensional operation.

The position of the cut relative to the natural pattern can affect the finished architectural composition.

Travertine Cut to Size

Travertine is widely used in architectural applications and can be fabricated into project-specific components.

Depending on the variety and application, cut-to-size travertine may involve:

• Wall cladding
• Floor panels
• Stair components
• Sills
• Copings
• Exterior elements
• Interior feature walls
• Custom architectural pieces

The buyer should define whether the project requires:

• Vein-cut
• Cross-cut
• Filled
• Unfilled
• Resin-treated
• Honed
• Polished
• Brushed
• Other specified finishes

Natural pores and cavities are part of the characteristics that may need to be addressed during fabrication.

The supplier should establish the acceptable visual range before production.

Onyx Cut to Size

Onyx requires particularly careful project coordination because the material can exhibit strong veining, translucency and distinctive natural structures.

Cut-to-size onyx can be used for:

• Feature walls
• Backlit panels
• Hotel interiors
• Reception desks
• Bar fronts
• Decorative furniture
• Luxury residential interiors
• Retail environments

For backlit installations, the cutting and material-selection process should account for the final lighting system.

For bookmatched designs, the supplier should maintain the relationship between sequential slabs throughout fabrication.

A precisely cut piece of onyx is only useful if it belongs to the correct visual sequence.

Limestone Cut to Size

Limestone can provide a more restrained architectural appearance and is often fabricated for large surface areas.

Potential applications include:

• Interior wall panels
• Exterior cladding
• Flooring
• Sills
• Copings
• Architectural details
• Commercial buildings
• Hospitality projects

The suitability of a particular limestone depends on its characteristics and the intended environment.

For exterior applications, technical requirements and the supporting assembly need to be evaluated rather than selecting the material on appearance alone.

ASTM C1528/C1528M-26 emphasizes that natural stone is one component of a building system and that related materials and assemblies must also be evaluated for compatibility.

Granite Cut to Size

Granite cut-to-size products can be used where the project requires a hard dimension stone fabricated into specific geometries.

Applications may include:

• Flooring
• Stairs
• Wall panels
• Countertops
• Exterior elements
• Sills
• Commercial interiors
• Public spaces

Granite fabrication can involve:

• Straight cutting
• CNC machining
• Edge profiling
• Polishing
• Drilling
• Cut-outs
• Waterjet operations

The supplier should establish the final geometry and fabrication requirements before material production.

Shop Drawings and Cut Lists

For project-specific stone, drawings are among the most important documents in the procurement process.

A professional cut-to-size order may be based on:

• Architectural drawings
• Shop drawings
• CAD files
• Dimension schedules
• Cutting lists
• Templates
• Elevation drawings
• Installation layouts

The supplier should know which drawing revision is approved.

This is critical because a project can contain multiple versions of the same detail.

Producing stone from an outdated drawing can create costly waste even if the stone itself is technically perfect.

A controlled revision system should therefore be used.

Dimensions and Tolerances

“Exact size” is not a sufficient technical specification by itself.

The buyer and supplier should define:

• Nominal dimensions
• Finished dimensions
• Permitted dimensional deviation
• Thickness tolerance
• Squareness
• Edge condition
• Flatness where relevant

The applicable tolerance depends on the product, application and fabrication method.

For project procurement, tolerances should be agreed before production rather than discussed after shipment.

This is particularly important when stone components interface with:

• Metal frames
• Curtain wall systems
• Doors
• Glass
• Joinery
• Other stone components
• Mechanical fixings

A small dimensional discrepancy can become significant when multiple components must align in a finished architectural assembly.

CNC Fabrication

CNC technology allows natural stone to be fabricated into more complex geometries than conventional straight cutting alone.

Depending on the equipment and material, CNC processing can be used for:

• Curved edges
• Recesses
• Profiles
• Sink openings
• Drilling
• Grooves
• Decorative details
• Three-dimensional components

CNC fabrication is particularly useful when the project contains repeated components or complex geometry.

However, CNC accuracy does not eliminate the need for correct drawings.

A machine can reproduce an incorrect digital file with remarkable precision.

Therefore:

Correct drawing + correct material + controlled machining = reliable cut-to-size production.

Waterjet Cutting

Waterjet technology can be useful where a project requires:

• Complex shapes
• Curved profiles
• Inlays
• Geometric patterns
• Mosaic components
• Intricate stone layouts

Waterjet fabrication can be combined with other machining and finishing processes.

For high-value architectural work, the supplier should establish the complete fabrication sequence before production begins.

The cutting method should be selected according to the material and final component rather than simply because a particular technology is available.

Edge Profiles

Edges are an important part of cut-to-size stone.

Depending on the application, the buyer may require:

• Straight edge
• Eased edge
• Beveled edge
• Bullnose
• Half bullnose
• Pencil edge
• Chamfer
• Mitred edge
• Custom profile

The exact terminology should be confirmed through drawings or profile samples where necessary.

Edge profiles also affect fabrication time, packaging and final appearance.

For repeated architectural components, the edge profile should be standardized before mass production begins.

Mitred Stone Components

Mitred fabrication can create the appearance of thicker solid stone assemblies while using separate components.

It may be considered for:

• Reception desks
• Countertops
• Vanity units
• Stair elements
• Furniture
• Architectural boxes
• Feature structures

Mitred joints require precise cutting and careful finishing.

The supplier should understand:

• Mitre angle
• Joint geometry
• Visible face orientation
• Edge treatment
• Adhesive or assembly requirements

For large projects, a physical sample can be useful before mass production.

Cut-Outs and Machining

Cut-to-size stone frequently includes openings for:

• Sinks
• Electrical components
• Plumbing
• Ventilation
• Fixtures
• Structural connections
• Anchors
• Lighting
• Access panels

The dimensions and location of these openings must be controlled carefully.

A cut-out that is technically correct but located incorrectly can make an otherwise valuable stone component unusable.

For this reason, final drawings should identify datum points and reference dimensions clearly.

Vein Direction and Panel Orientation

Natural stone should not always be cut according to the shortest or simplest dimension.

The pattern may need to dictate orientation.

For strongly veined marble, directional travertine or translucent onyx, the supplier may need to orient the component according to:

• Architectural elevation
• Vein direction
• Matching sequence
• Bookmatching
• Adjacent panels
• Installation sequence

The stone should therefore be treated as both a dimensional material and a visual composition.

Matching Cut-to-Size Panels

Large projects often require multiple stone panels to appear visually related.

This can involve:

• Similar background
• Controlled vein intensity
• Sequential slab selection
• Consistent finish
• Consistent thickness
• Coordinated orientation

The matching strategy should be established before fabrication.

Trying to solve matching after all pieces have been cut can significantly reduce available options.

For this reason, material selection and fabrication planning should happen together.

Bookmatched Cut-to-Size Stone

Bookmatching becomes more complicated when slabs are converted into project-specific pieces.

The supplier must preserve the intended visual relationship during:

1. Slab selection
2. Slab numbering
3. Cutting
4. Edge fabrication
5. Packing
6. Installation sequencing

Each component should ideally be linked to the approved layout.

For major feature walls, the fabrication package can include an elevation showing the location and orientation of each piece.

This creates a direct relationship between the drawing and the physical stone.

Surface Finishes for Cut-to-Size Stone

The finish should be specified at the beginning.

Common finishes may include:

Polished

High reflectivity and strong visual depth.

Honed

Lower reflectivity and a softer appearance.

Brushed

A textured surface produced through mechanical treatment.

Flamed

A textured finish that may be used on suitable stones, particularly in certain exterior applications.

Other Textured Finishes

Depending on the material and production capabilities, other mechanical or surface treatments may be available.

The suitability of a finish depends on the stone and intended application.

The supplier should therefore confirm the finish against the project specification rather than assuming that every finish is suitable for every material.

Quality Control in Cut-to-Size Production

A professional QC system should examine the product at multiple stages.

Material Control

Verify the approved stone and production source.

Slab Control

Select suitable slabs before cutting.

Drawing Control

Confirm the correct drawing revision.

Cutting Control

Verify dimensions and geometry during production.

Machining Control

Check profiles, openings and details.

Surface Control

Inspect finish quality.

Dimensional Control

Measure finished components against the approved specification.

Visual Control

Confirm color, veining and matching requirements.

Identification Control

Assign component numbers corresponding to the drawing.

Packing Control

Protect the finished pieces for transportation.

This approach reduces the risk of discovering a fabrication problem only after the shipment reaches the destination.

Component Numbering and Traceability

Numbering is particularly valuable for large projects.

For example, a project may have:

W-01, W-02, W-03

for wall panels,

or:

ST-01, ST-02, ST-03

for stair components.

The exact numbering system depends on the project.

The important principle is that every physical component should be traceable to its position in the approved fabrication package.

This can simplify:

• Packing
• Loading
• Delivery
• Site handling
• Installation
• Replacement
• Quality-control records

For international projects, component identification becomes especially useful because the supplier and installation team may be operating in different countries.

Cut to Size Stone for Hospitality Projects

Hotels and hospitality projects frequently contain large quantities of architectural stone.

Potential applications include:

• Lobby floors
• Reception counters
• Feature walls
• Bathroom vanities
• Staircases
• Elevator surrounds
• Restaurant interiors
• Spa areas
• Decorative partitions
• Exterior elements

The challenge is often not the stone itself.

It is coordination.

A project may require hundreds of individual pieces that must arrive:

• Correctly dimensioned
• Correctly numbered
• Properly packed
• In installation sequence
• With consistent material characteristics

This is where a professional cut-to-size supplier can become part of the project’s procurement infrastructure.

Cut to Size Stone for Commercial Buildings

Commercial projects can require large quantities of standardized stone components.

The production program may therefore involve:

• Repeated dimensions
• Repeated edge profiles
• Standardized finishes
• Batch production
• Palletization or crate loading
• Component identification
• Inspection protocols

The ability to repeat the same specification across multiple production batches can be more important than producing a single visually exceptional component.

Cut to Size Stone for Residential Projects

Residential projects may require more customized fabrication.

Typical products include:

• Kitchen countertops
• Bathroom vanities
• Stair treads
• Window sills
• Fireplace surrounds
• Feature walls
• Furniture tops
• Decorative panels

Here, details such as edge profiles, cut-outs, mitres and bookmatching may be particularly important.

The supplier should receive accurate measurements and drawings before production.

Cut to Size Stone for Exterior Applications

Exterior stone applications require additional consideration.

The stone is not an isolated component.

Its performance depends on the relationship between:

• Stone
• Anchors
• Substructure
• Joints
• Sealants
• Building envelope
• Environmental conditions
• Installation system

ASTM C1242-26 is the current active ASTM guide for the selection, design and installation of dimension-stone attachment systems. It addresses engineering design considerations, documentation, material considerations, anchor applications and installation workmanship for exterior stone cladding.

This reinforces an important principle:

Cut-to-size fabrication should be coordinated with the intended installation system.

A supplier should not independently determine structural or anchoring requirements without the appropriate project design team.

Technical Testing and Material Selection

The technical evaluation of natural stone depends on the intended application.

Relevant properties can include:

• Water absorption
• Bulk specific gravity
• Density
• Compressive strength
• Flexural performance
• Abrasion resistance
• Petrographic characteristics
• Freeze-thaw behavior where applicable

ASTM C1528/C1528M-26 provides a general framework for selecting dimension stone and makes clear that the stone should be considered together with the other components of the building system and applicable codes.

Testing should therefore be specified according to the project rather than presented as a universal checklist for every stone product.

Packaging Cut-to-Size Stone

Finished cut-to-size pieces can be more vulnerable than raw blocks because they may contain:

• Finished edges
• Thin sections
• Openings
• Mitred corners
• Polished surfaces
• Custom profiles

Packaging therefore needs to reflect the geometry of the component.

A professional packing strategy may include:

• Individual protection
• Edge protection
• Separators
• Protective film where appropriate
• Custom crates
• Component numbering
• Moisture considerations
• Secure loading

For large projects, the packing list should correspond with the component numbering system.

Exporting Cut-to-Size Stone

International cut-to-size projects require close coordination between production and logistics.

The supplier may need to coordinate:

• Approved drawings
• Material procurement
• Fabrication schedule
• Inspection
• Packing
• Loading
• Commercial documents
• Packing lists
• Export documents
• Inland transport
• Port handling
• Freight
• Shipment schedule

The commercial delivery term should be established before the quotation is accepted.

FOB, CFR and CIF can produce substantially different responsibilities for the buyer and supplier.

The named port or place should always be stated.

Landed Cost of Cut-to-Size Stone

The purchase price is not the complete cost.

The buyer may need to consider:

• Raw material
• Slab production
• Cutting
• CNC machining
• Edge fabrication
• Surface finishing
• Packing
• Inland transport
• Export handling
• Port charges
• Freight
• Insurance
• Customs
• Destination charges
• Local delivery
• Site handling

A supplier quoting a low price for fabrication may still produce a higher landed cost if packing, freight or dimensional waste is not efficiently managed.

For international procurement, the correct comparison is therefore the complete delivered cost for an equivalent specification.

What Should a Cut to Size Stone RFQ Include?

A professional RFQ should contain as much technical information as possible.

Material

Marble, travertine, onyx, limestone, granite or another stone.

Material reference

Specific commercial variety or approved sample.

Thickness

Required finished thickness and tolerance.

Dimensions

Length × width for each component.

Quantity

Piece count and/or total area.

Finish

Polished, honed, brushed, flamed or other.

Edge profile

Straight, bevel, bullnose, mitre or custom profile.

Machining

CNC, drilling, grooves, cut-outs, waterjet or other.

Vein direction

Required orientation where applicable.

Matching

Required or not required.

Drawings

Approved architectural or shop drawings.

Numbering

Component identification system.

Packaging

Required packing standard.

Destination

Port or final destination.

Incoterm

FOB, CFR, CIF or other agreed basis.

This information gives the supplier enough data to prepare a meaningful quotation.

How to Evaluate a Cut to Size Stone Supplier

A professional buyer can evaluate suppliers through several criteria.

Material capability

Can the supplier source the required stone?

Fabrication capability

Can the supplier produce the required geometry?

Technical communication

Can the supplier understand drawings and specifications?

Quality control

Is there a defined inspection process?

Dimensional control

Can the supplier measure finished components?

Visual control

Can the supplier manage matching and orientation?

Documentation

Can the supplier provide production and packing records?

Export capability

Can the supplier coordinate international shipping?

Project communication

Can the supplier communicate clearly during revisions and production?

These criteria are generally more informative than generic claims such as “premium quality” or “factory direct.”

Cut to Size Supplier vs. Stone Fabricator

A fabricator focuses primarily on transforming slabs or blocks into finished components.

A cut-to-size supplier may perform fabrication directly or coordinate it through a production network.

The distinction is commercially important because the buyer should know who controls:

• Material selection
• Cutting
• Machining
• Quality control
• Packing
• Export

A procurement company can also coordinate these functions across different production partners.

The business model itself is less important than clarity of responsibility.

Cut to Size Supplier vs. Natural Stone Manufacturer

A manufacturer may control the entire process from raw block to finished stone.

A procurement supplier may coordinate the process through external production sources.

For an international buyer, the important question is whether the supplier can consistently meet the agreed specification.

The supplier should not imply ownership of manufacturing assets if it does not have them.

Transparency creates stronger commercial relationships.

Iranian Cut to Size Stone

Iran is commercially associated with a broad range of natural stones suitable for fabrication, including:

• Marble
• Travertine
• Onyx
• Limestone
• Granite

For international projects, Iranian stone can be sourced as raw blocks, slabs or project-specific cut-to-size components.

The key is to identify the exact material and fabrication requirement.

“Iranian marble” or “Iranian travertine” is not by itself a complete specification.

The buyer may need to define:

• Specific material
• Source
• Color
• Veining
• Finish
• Thickness
• Dimensions
• Quantity
• Application

This creates a practical procurement specification.

ALPREY as a Cut to Size Stone Procurement Partner

ALPREY operates as a specialized international procurement and trading house focused on connecting global buyers with Iranian natural stone production sources.

The company does not present itself as a quarry owner, physical mining operator or mining joint-venture company.

For project-specific stone, the procurement model can involve sourcing the appropriate natural stone, coordinating production requirements with suitable production sources, reviewing specifications and arranging quality control and export coordination.

The process can be structured as:

Project Requirement

↓

Stone Selection

↓

Technical Specification

↓

Material Sourcing

↓

Production / Fabrication

↓

Quality Control

↓

Component Identification

↓

Packing

↓

Export Coordination

The purpose is to create a clear connection between what the architect or buyer specifies and what physically arrives at the project.

Why Drawings Matter More Than Generic Product Names

A project may be described commercially as:

“beige marble wall panels.”

That is not enough to manufacture the panels.

The supplier needs to know:

• Which beige marble
• Which finish
• Which thickness
• Which dimensions
• Which vein direction
• Which joint layout
• Which edge condition
• Which openings
• Which sequence
• Which quantity

The drawing converts a general product concept into a manufacturing instruction.

For cut-to-size stone, the drawing is often as important as the stone itself.

Quality Control Before Shipment

Before loading, the supplier should verify:

Material: Correct stone and approved variety.

Dimensions: Components correspond to the approved schedule.

Finish: Surface treatment meets the specification.

Edges: Required profiles are correctly executed.

Machining: Openings, grooves and details are correct.

Visual appearance: Natural variation remains within the agreed range.

Identification: Components are numbered.

Packing: Components are protected.

Documentation: Packing list and relevant records are complete.

This final inspection provides a last opportunity to identify problems before international transportation.

Trial Production Before Mass Fabrication

For complex projects, a sample component or mock-up can be useful.

A trial piece can confirm:

• Material
• Finish
• Edge profile
• Thickness
• Machining
• Color
• Pattern
• Installation interface

Once the sample is approved, mass production can proceed using the approved reference.

This approach can reduce the risk of producing a large quantity of components before the project team has physically evaluated the result.

Long-Term Cut-to-Size Supply

Cut-to-size procurement can also be structured for recurring commercial programs.

For example, an importer or distributor may require standardized:

• Vanity tops
• Stair components
• Wall panels
• Sills
• Countertops
• Architectural trim

A long-term program can be based on:

• Approved stone references
• Standard dimensions
• Defined finishes
• Standard edge profiles
• Packaging specifications
• Quality criteria
• Repeat production schedules

This can make future orders more efficient because the technical framework is already established.

The Commercial Value of a Professional Cut to Size Stone Supplier

The value of a professional supplier is not simply the ability to cut stone.

It is the ability to connect:

Material + Geometry + Fabrication + Quality + Logistics

into one controlled procurement process.

A good project supplier understands that a stone panel is part of a building or interior assembly.

The dimensions need to work.

The material needs to correspond to the approved sample.

The finish needs to be correct.

The pieces need to be identifiable.

The packaging needs to protect them.

And the shipment needs to arrive in a form that the project team can actually use.

That is the real meaning of project-oriented cut-to-size supply.

Request a Cut to Size Stone Proposal

If you are sourcing cut-to-size natural stone for an architectural, hospitality, commercial or residential project, provide the stone variety, approved material reference, thickness, dimensions, finish, edge profile, quantity, drawings and destination.

Where CNC, waterjet, drilling, mitring, matching or other fabrication is required, include those requirements in the RFQ.

The sourcing process can then be built around the actual project rather than a generic stone catalog.

ALPREY can coordinate the procurement process between international buyers and Iranian natural stone production sources, with emphasis on material clarity, specification discipline, quality control and export coordination.

Cut-to-size stone is where natural material becomes architecture.

The quality of the result depends not only on the stone selected, but on how accurately the entire chain—from material selection to final component—is controlled.

Clarity for the buyer. Discipline for the process. Respect for the material.