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Yongtao manufacturing workshop

Professional Stone, Tile & Waterjet Machinery Manufacturer

Advanced cutting, polishing, profiling and countertop processing solutions for stone, quartz, sintered stone, ceramic tile and glass manufacturers worldwide.

YJ-4020-5L AC CNC waterjet cutting machine
YJ-4020-5L AC · 5-axis CNC waterjet cutting
Since 2010Machinery manufacturing10,000 m²+Manufacturing facilityGlobal exportInternational experienceTechnical supportFrom machine selectionCustom solutionsFor your application

What does Yongtao Machinery manufacture?

Yongtao Machinery supplies equipment for cutting, edge polishing, profiling and waterjet processing. Start with your material, finished part and production requirements. We help you compare machine configurations and plan the steps between a raw slab and a finished product.

Main Product Categories

Explore machinery by the job it needs to do.

Waterjet Cutting Machines

Waterjet Cutting Machines

Waterjet cutting machines use a CNC-controlled high-pressure stream, normally with abrasive for hard materials, to follow complex two-dimensional or angled toolpaths. They are considered when a fabricator needs internal cut-outs, curves, inlays or mixed geometry that conventional saw cutting cannot complete efficiently. Selection should begin with the material, thickness, largest drawing, required edge condition and intended daily workload. The cutting head, axis arrangement, pump, abrasive system, controller, nesting software, tank and material support all form part of the working system. A higher axis count is not automatically the better choice; it must match the part geometry. Send representative CAD files and material samples so the proposed configuration, cutting strategy, utilities and acceptance method can be confirmed before ordering.

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Stone Bridge Saws

Stone Bridge Saws

Stone cutting machines prepare slabs and blocks for countertops, architectural components and other fabricated parts. A bridge saw is commonly used for straight dimension cuts, while the appropriate axis arrangement and tooling depend on whether the work also includes mitres, diagonal cuts or shaped operations. Buyers should document the largest slab, normal thickness range, stone types, part drawings, handling method and expected product mix. Working area, blade specification, table arrangement, controls, water management and workshop access should be reviewed as one system. Loading and unloading space can matter as much as the machine footprint. Before selecting a model, discuss representative jobs and an acceptance sample. The final configuration and achievable result must be confirmed against the actual granite, marble or other stone to be processed.

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Stone Edge Polishing Machines

Stone Edge Polishing Machines

Stone edge polishing machines organize multiple edge-finishing operations into a repeatable production route for countertops, vanity tops, steps and similar parts. The right machine depends on material, part thickness, edge profile, surface finish, minimum and maximum dimensions, and how workpieces enter and leave the line. Straight edges, bevels and rounded profiles may require different heads, tooling sequences or auxiliary operations. Buyers should also examine water supply, sludge control, consumables, operator access and transfer between cutting and polishing. A website category cannot define the final configuration because quartz, granite, marble and other surfaces respond differently to tooling. Provide profile drawings and representative samples, then agree on inspection points such as appearance and finished dimensions. Confirm tooling, capacity and acceptance criteria in the technical proposal and quotation.

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CNC Stone Machining Centers

CNC Stone Machining Centers

A CNC stone machining center follows programmed toolpaths for operations such as contouring, drilling, routing, recesses and selected edge work. It is most useful when parts are defined by drawings and require coordinated operations beyond basic straight cutting. Machine selection should be based on the largest workpiece, material and thickness, required geometry, tooling access, workholding, software workflow and the skills available to prepare programs. Spindle, tool system, axes and table design must be evaluated together rather than as isolated specifications. Dust or water management, lifting, maintenance access and operator training also belong in the project plan. Share CAD files and a representative part before purchase. The proposed process, tools, setup and inspection method should be confirmed through technical review or sample work for the exact configuration.

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Sintered Stone Machinery

Sintered Stone Machinery

Sintered stone machinery supports the controlled cutting and edge preparation of large, relatively thin surface panels used for countertops, furniture, walls and interior finishes. Because panel formulations and supplier instructions vary, planning should start with the exact brand or material reference, slab dimensions, thickness, mesh backing if any, finished part drawings and visible-edge requirements. Adequate support, careful handling, suitable blades or tools and a practical cutting sequence help reduce avoidable stress during processing. Buyers should map slab storage, lifting, machine loading, offloading and inspection, not only the cutting operation. A bridge saw, edge-processing equipment and additional finishing steps may form the route. Send material samples and drawings so the configuration, tooling, feed strategy and acceptance criteria can be confirmed with reference to the material supplier’s guidance.

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Ceramic Tile Processing Machinery

Ceramic Tile Processing Machinery

Ceramic processing machinery converts tiles and porcelain panels into strips, skirting, stair components, bevelled pieces and other finished building products. A suitable line may combine sizing or strip cutting, edge profiling, beveling, polishing, cleaning and organized transfer between stages. The purchasing brief should state tile type, surface finish, thickness range, input and output sizes, edge design, acceptable appearance and intended product mix. Glazed tile and dense porcelain can require different tools and process settings, so the exact material should be reviewed. Also plan water circulation, residue management, consumables, operator access and space for sorting. Do not select equipment from nominal capacity alone. Use representative tiles and finished-part drawings to confirm tooling, configuration, workflow and inspection criteria before the final technical agreement.

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Mosaic Cutting Machines

Mosaic Cutting Machines

Mosaic cutting machines divide prepared tile or stone strips into smaller repeatable pieces for sheets, borders, patterns and decorative assemblies. Consistent incoming strip dimensions are essential, so mosaic planning normally begins upstream with sizing and strip cutting rather than at the final cutter. Define the base material, thickness, smallest and largest piece, pattern, joint allowance, surface orientation and acceptable variation. Consider how small pieces will be collected, sorted, cleaned and assembled after cutting. Tool selection, material support, cutting sequence and residue control should be reviewed with the machine configuration. Brittle, textured or backed materials may need specific trials. Provide representative strips and a target mosaic layout so the proposed process can be assessed. Final capability, tooling and acceptance standards should be confirmed for the actual material instead of inferred from a category image.

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Stone Sample Processing Machines

Stone Sample Processing Machines

Stone sample processing machines help manufacturers, distributors and showrooms prepare small, consistent presentation pieces from stone and engineered surfaces. The production route can include blank sizing, cutting, edge preparation, surface cleaning, labeling and organized packing. Buyers should define the sample dimensions, thickness range, materials, edge appearance, quantity mix and presentation standard. Small parts require appropriate support and handling; a machine designed for full slabs is not necessarily suitable for repeatable samples. The equipment list may therefore include dedicated cutting and edge-finishing stages together with simple inspection fixtures. Because the current website image represents a machine category rather than a confirmed model, selection must rely on the written application. Send real sample materials and a finished reference so tooling, configuration, workflow and acceptance checks can be agreed before ordering.

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Three Core Advantages

Factory-direct manufacturing

Discuss your material, dimensions and finish with the machinery team before choosing a configuration.

Complete processing solutions

Consider cutting, edge finishing and handling together, so each machine fits the next step.

Global technical support

Clarify sample testing, installation requirements, training and spare parts before your order.

Why Choose Yongtao Machinery

Machine quality

Review the machine structure, components and inspection checklist for the configuration in your quotation.

Processing accuracy

Agree on measurable acceptance criteria using your material and a representative finished part.

Customization

Discuss work area, tooling, profiles and production needs before the technical specification is fixed.

Technical support

Give the technical team drawings and process requirements so advice is specific to your project.

Installation

Confirm the workshop layout, utilities, lifting access and commissioning responsibilities in advance.

Spare parts

Identify wearing parts, compatible replacements and a sensible starting inventory before shipment.

Remote support

Agree on the communication method and the information needed for remote troubleshooting.

Factory testing

Define the sample, operations and inspection record required for factory acceptance.

Featured Machines

A selection from the Yongtao range. Final capacity and configuration are confirmed for each application.

YJ-4020-5L AC CNC waterjet cutting machine

YJ-4020-5L ACCNC waterjet cutting machine

Cut intricate profiles and shapes with a CNC-controlled waterjet.

Material
Stone, tile and other confirmed materials
Application
Profiles and decorative cutting
Key capability
Profiles and decorative cutting
YSQZ-3200-4L 4-axis stone bridge saw

YSQZ-3200-4L4-axis stone bridge saw

Prepare slabs and sized parts for the next production step.

Material
Stone slabs
Application
Slab cutting and fabrication
Key capability
Slab cutting and fabrication
YCMDYP-2500 Countertop double round edge polisher

YCMDYP-2500Countertop double round edge polisher

Finish countertop edges to suit the required profile.

Material
Quartz stone countertops
Application
Countertop edge finishing
Key capability
Countertop edge finishing
YSMNP-2515-3L CNC stone machining center

YSMNP-2515-3LCNC stone machining center

Plan stone machining around your part drawing and tooling.

Material
Stone
Application
Machining to approved part drawings
Key capability
Machining to approved part drawings
YAQZ-3200 3-axis sintered stone bridge saw

YAQZ-32003-axis sintered stone bridge saw

Cut sintered stone surfaces with a suitable bridge configuration.

Material
Sintered stone
Application
Surface and slab cutting
Key capability
Surface and slab cutting
YTQZ-B/2-800 Double-spindle tile strip cutting machine

YTQZ-B/2-800Double-spindle tile strip cutting machine

Process ceramic tile into strips and finished components.

Material
Ceramic tile
Application
Tile strips and skirting preparation
Key capability
Tile strips and skirting preparation
YTQZ-B1-600 Ceramic mosaic tile cutter

YTQZ-B1-600Ceramic mosaic tile cutter

Produce tile pieces for mosaics and decorative applications.

Material
Ceramic tile
Application
Mosaic piece cutting
Key capability
Mosaic piece cutting
YSXP-1300 6-head stone surface profiling machine

YSXP-13006-head stone surface profiling machine

Select profiling equipment for the required stone surface or edge geometry.

Material
Stone panels
Application
Profiling and polishing fluted stone panels
Key capability
Profiling and polishing fluted stone panels

How We Work

Requirement analysis

Share material, size, finish, target output and workshop constraints.

Machine recommendation

Compare equipment by the operations your finished products require.

Technical confirmation

Agree on configuration, drawings, utilities and acceptance criteria.

Production

Manufacture against the confirmed order and technical specification.

Factory testing

Check agreed functions and representative samples before dispatch.

Shipping

Confirm packing, handling, shipping terms and destination arrangements.

Installation / remote support

Prepare the site and follow the agreed commissioning and training plan.

After-sales service

Keep equipment records and coordinate maintenance, parts and technical questions.

Application Scenarios

Illustrative planning examples, not customer testimonials. Verified customer projects will be added when their materials are approved.

A quartz countertop workshop

A workshop planning sink cut-outs and edge finishing should connect slab cutting, CNC machining and polishing. Confirm drawings, handling space and required edge profiles before choosing a line.

A sintered stone fabricator

A fabricator making large panels and mitred edges should discuss slab support, tooling and transfer between operations. Use a representative material sample to assess the proposed cutting route.

A tile and mosaic processor

A processor producing strips, skirting and mosaic pieces needs controlled sizing and an appropriate edge process. Compare batch sizes, inspection steps and how small pieces move through the workshop.

Yongtao manufacturing workshop

About Yongtao

Based in Foshan, China, Yongtao combines machinery development, manufacturing, sales and after-sales service. The range covers ceramic and stone processing, waterjet cutting and countertop finishing. Our starting point is your production requirement, not simply a model number.

Meet Yongtao

Frequently Asked Questions

What machines are needed to start a stone fabrication shop?

A typical plan considers slab cutting, sink or shape machining, edge finishing and handling. The exact combination depends on your products, materials and output. Start with a workflow and workshop layout.

What is the difference between a 3-axis and 5-axis waterjet?

A 3-axis system is generally used for planar profiles. A suitable 5-axis configuration can add inclined cutting and bevel work. Head design, control software and the confirmed application determine what a particular machine can perform.

Which machines are suitable for quartz countertops?

Consider a bridge saw for sizing, an appropriate machining center or waterjet for cut-outs, and an edge polisher for the required profile. Verify the exact quartz material, drawings and finish with the equipment supplier.

Can Yongtao customize machines?

Discuss work area, configuration, tooling and process requirements with the team. Available customization and its impact on delivery and installation must be confirmed in the project specification.

Do you provide installation and training?

Installation, remote assistance and operator training can be discussed as part of the supply plan. Confirm the delivery method, responsibilities and included services before placing an order.

How do I choose the right stone processing machine?

Share your material, finished part drawing, maximum dimensions, processing steps and target output. Compare technically suitable configurations and agree on a representative sample test and acceptance criteria.

Looking for the right machine for your factory?

Tell us your material, finished product and processing requirements. Let us help you select a suitable production solution.