Since 2010
Machinery manufacturing

Advanced cutting, polishing, profiling and countertop processing solutions for stone, quartz, sintered stone, ceramic tile and glass manufacturers worldwide.
Explore CNC waterjet cutting machines for intricate profiles and shapes, stone bridge saws for slab sizing, CNC machining centers for work based on part drawings, and edge polishers for countertop finishing. Yongtao’s range also includes equipment for sintered stone, ceramic tile strips and skirting, mosaics, surface profiling, 45-degree chamfering and grooving. These options connect cutting, shaping and finishing around the products your workshop needs to manufacture.

Founded in 2010 in Foshan, China, Yongtao Machinery brings together machinery development, manufacturing, sales and after-sales support. Our equipment serves stone and ceramic processing workshops, including quartz countertops, sintered stone surfaces and decorative tile production.
The product range covers CNC waterjet cutting machines, stone bridge saws, CNC machining centers, edge polishers, profiling equipment, and tile and mosaic cutters. These machines address different workshop operations, from preparing slabs and cut-outs to shaping components and finishing edges.
Each project starts with the material and finished product. Share your drawings, workpiece dimensions, required finish and workshop layout so our team can discuss a suitable machine configuration and processing sequence. Installation, training and future service arrangements are confirmed as part of the quotation and technical discussion.
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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.
Explore waterjet cutting, stone cutting and edge finishing.

Cut stone, tile and decorative shapes with CNC waterjet machinery. Choose a configuration to suit your material, part drawing and production needs.
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Cut stone slabs into worktops and sized parts with a bridge saw. Match the machine configuration to your material, dimensions and cutting process.
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Polish countertop edges for the required profile and finish. Select equipment around your quartz or stone workpieces and the next production step.
Explore machinesDiscuss your material, dimensions and finish with the machinery team before choosing a configuration.
Consider cutting, edge finishing and handling together, so each machine fits the next step.
Clarify sample testing, installation requirements, training and spare parts before your order.
Review the machine structure, components and inspection checklist for the configuration in your quotation.
Agree on measurable acceptance criteria using your material and a representative finished part.
Discuss work area, tooling, profiles and production needs before the technical specification is fixed.
Give the technical team drawings and process requirements so advice is specific to your project.
Confirm the workshop layout, utilities, lifting access and commissioning responsibilities in advance.
Identify wearing parts, compatible replacements and a sensible starting inventory before shipment.
Agree on the communication method and the information needed for remote troubleshooting.
Define the sample, operations and inspection record required for factory acceptance.
A selection from the Yongtao range. Final capacity and configuration are confirmed for each application.

Designed for stone, tile and other confirmed materials, this CNC waterjet supports intricate profiles, shapes and decorative cutting. It gives workshops a practical option for producing detailed parts when the required geometry goes beyond straightforward slab sizing.

Built for stone slabs, this four-axis bridge saw handles slab cutting and the preparation of sized parts for fabrication. It can form the cutting stage of a workshop workflow before pieces move on to machining, profiling or edge finishing.

This double round edge polisher is intended for quartz stone countertops and their edge-finishing stage. It helps workshops complete countertop edges to the required profile as part of a production route that may also include cutting and machining.

Developed for stone machining, this CNC center supports work planned around approved part drawings and suitable tooling. It allows workshops to approach shaped components and machining operations as a defined step between initial cutting and the required final finish.

Configured as a three-axis bridge saw for sintered stone, this machine supports surface and slab cutting for subsequent fabrication. It provides a focused cutting option for workshops preparing sintered stone parts before any further machining, edge work or finishing.

This double-spindle tile strip cutting machine processes ceramic tile into strips and parts prepared for skirting applications. It suits the workshop stage where larger tiles are divided into repeatable components before any additional edge treatment, sorting or final assembly.

Made for ceramic tile, this cutter prepares smaller pieces for mosaics and decorative applications. It gives processors a dedicated cutting step for turning tile into mosaic components before the pieces proceed to sorting, pattern arrangement or other finishing work.

This six-head machine profiles and polishes fluted stone panels, combining surface shaping with the related finishing stage. It is intended for stone-panel work where the required surface geometry includes repeated flutes and the formed profile must also be polished.

Designed for sintered stone, marble and quartz, this seven-head machine performs 45-degree edge chamfering and grooving. It provides a dedicated stage for workshops that need to prepare angled edges or grooves before parts continue to assembly or further finishing.
Plan equipment around your material, finished part and production process.

For fabricators turning granite, marble or other approved slabs into sized parts, countertops, steps and architectural components. The brief should identify the largest slab, common thicknesses, straight or mitred cuts, shaped work, visible-edge expectations and realistic product mix.
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For workshops producing kitchen worktops, vanity tops and related quartz parts with straight cuts, openings, contours and specified edge profiles. Planning begins with drawings, slab and part sizes, thicknesses, edge catalogue, cut-out geometry and the balance between standard and custom work.
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For processors cutting large-format sintered panels into countertops, furniture faces, wall elements and other finished surfaces. Specify the exact panel reference, size, thickness, backing, supplier instructions, cut-outs, mitres, visible edges and handling limitations.
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For factories converting standard ceramic or porcelain tiles into strips, skirting, stair pieces, bevelled edges and made-to-size components. Define input tile, glaze or surface, thickness, output sizes, edge design, sorting standard and product mix.
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For factories that need internal cut-outs, curves, decorative profiles, inlays or angled geometry from approved materials. The technical review requires CAD files, material and thickness, smallest feature, edge expectation, nesting needs and intended downstream finishing.
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For producers converting ceramic tile or confirmed stone into small pieces for mesh-mounted mosaics, borders and decorative patterns. Specify input material, thickness, piece sizes, pattern, joint allowance, surface direction, sorting method and acceptable dimensional variation.
Find your solution →Share material, size, finish, target output and workshop constraints.
Compare equipment by the operations your finished products require.
Agree on configuration, drawings, utilities and acceptance criteria.
Manufacture against the confirmed order and technical specification.
Check agreed functions and representative samples before dispatch.
Confirm packing, handling, shipping terms and destination arrangements.
Prepare the site and follow the agreed commissioning and training plan.
Keep equipment records and coordinate maintenance, parts and technical questions.
Illustrative planning examples, not customer testimonials. Verified customer projects will be added when their materials are approved.
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.
Read guideA 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.
Read guideA 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.
Read guidePlan straight cuts, openings and shaped stone components around the approved drawing. Compare slab handling, cutting and finishing as one workflow before selecting the equipment.
Read guideUse part drawings to plan curves, inlays and internal openings. Confirm material thickness, cutting angles, abrasive use and the required finish with a representative sample.
Read guidePlan grooves, fluted surfaces and decorative profiles around the panel size and tooling. Confirm the profile drawing and finishing sequence before choosing a machine configuration.
Read guidePractical product information to support your next machinery decision.

Choose a stone bridge saw by starting with the slabs, finished parts and cuts your workshop actually handles. Compare the working envelope, axes, table, blade, controls and material handling together, then use representative drawings and samples to define a practical configuration and documented acceptance check.
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Compare three-axis and five-axis waterjet machines through the geometry shown in your actual CAD files, not axis count alone. Material, thickness, edge condition, pump, cutting head, abrasive delivery, controller and software all affect suitability, so confirm the quoted configuration with a representative part and inspection points.
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Understand a waterjet quotation by reviewing the working area, pump, cutting head, axes, controller, software, abrasive system and included accessories. Add freight, site preparation, utilities, commissioning, training, consumables and maintenance where applicable, then compare suppliers against the same drawings, material, work mix and acceptance criteria.
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Plan quartz countertop machinery around representative kitchen and vanity drawings, including slab sizing, mitres, openings, holes, contours and visible edge profiles. Match bridge sawing, CNC or waterjet machining and edge finishing to those operations, while considering part transfers, utilities, outsourced work, tooling and sample acceptance.
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Start a stone fabrication workshop by defining the products, drawings, materials and order mix before selecting machines. Map storage, lifting, cutting, openings, shaping, edge finishing, inspection and dispatch, then verify layout, access, utilities, staffing, maintenance, training, supply responsibilities and representative sample acceptance for the proposed route.
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Choose tile cutting and edge-polishing equipment by documenting the input ceramic or porcelain, thickness, finish and target component dimensions. Separate sizing and strip cutting from beveling, profiling and polishing, then review tools, water, residue handling, transfer of narrow pieces and final inspection with representative samples.
Read guideA 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.
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.
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.
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.
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.
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.
Ask the team about a representative sample test before confirming a configuration. Share the material, thickness, drawing and finish you need, and agree on the test method and acceptance criteria in advance.
Review the final configuration, packing dimensions, workshop access, power and water requirements, and installation arrangements with the team. Confirm the delivery schedule and responsibilities in your quotation.
Tell us your material, finished product and processing requirements. Let us help you select a suitable production solution.