Precision Tile Cutting Solutions for Ceramic, Porcelain & Large-Format Slabs
HORD offers industrial tile and porcelain cutting machines for accurately cutting ceramic tiles, porcelain tiles, glazed tiles, large-format panels, tile strips, skirting, and other tile components. Our cutting solutions include automatic multi-blade tile cutters, CNC tile cutting machines, wet tile saws, multi-spindle systems, and large-format tile cutting machines for different production requirements.
Designed for both standard and customized tile fabrication, our machines can handle straight cutting, repeated strip cutting, dimensional cutting, and large-format panel processing. Depending on the machine configuration, features such as CNC positioning, multiple diamond blades, automatic feeding, and water-cooled cutting help improve cutting consistency, production efficiency, and edge quality.
Whether you need to produce tile strips and skirting in high volume, process large porcelain tiles, or cut different sizes for customized orders, HORD can provide a suitable machine configuration based on your tile dimensions, material type, thickness, cutting requirements, and expected production capacity.
Send us your tile size, thickness, desired cutting dimensions, and production requirements. Our engineers can recommend the right cutting machine and arrange a sample cutting test when required.
Tile & Porcelain Cutting Machine Series
HORD offers several types of tile and porcelain cutting equipment for different materials, product sizes, cutting layouts, production volumes, and automation requirements.
From manual wet tile saws and semi-automatic CNC cutters to continuous multi-blade systems and large-format CNC tile saws, each machine series is designed for a specific production purpose.
Automatic Multi-Blade Tile Cutting Machines
HORD automatic multi-blade tile cutters are designed for high-efficiency batch processing of ceramic and porcelain tiles.
Multiple diamond blades can perform several parallel cuts during one feeding operation, making these machines particularly suitable for producing tile strips, narrow pieces, ceramic skirting, decorative strips, and other repeated components.
Depending on the production layout, blade spacing can be adjusted according to the required finished strip width. Automatic feeding and continuous wet cutting help reduce repetitive manual operations and support consistent production for tile factories and processing plants.
Featured Machine:
HD-T1000 Dual-Spindle Multi-Blade Wet Tile Cutter
CNC Tile Cutting Machines
HORD CNC tile cutting machines are designed for programmable and repeatable cutting of ceramic and porcelain tiles.
CNC-controlled positioning allows operators to set cutting dimensions and repeat production settings with greater consistency. Depending on the machine configuration, CNC tile cutters can be equipped with multiple cutting blades, automatic feeding, and wet cutting systems for different tile sizes and production requirements.
These machines are suitable for professional tile fabrication, customized production, repeated orders, and workshops that process different tile dimensions.
Featured Machines:
- HD-T1200 Automatic CNC 3-Blade Ceramic Tile Cutting Machine
- HD-T1800 CNC 3-Blade Tile Cutter for Large Ceramic Tile
- HD-T2400 Auto 3-Blade CNC Tile Saw for Large Ceramic Panels
Semi-Automatic CNC Tile Cutting Machines
Semi-automatic CNC tile cutters provide a practical balance between operator control and CNC positioning.
They are suitable for workshops that need accurate and repeatable cutting while maintaining flexible manual material handling. CNC positioning simplifies dimension adjustment and reduces repetitive manual measurement.
These machines are suitable for ceramic tiles, porcelain tiles, and other compatible materials where flexible sizing and repeatable cutting are important.
Featured Machine:
HD-P1200 Semi-Automatic CNC Tile Cutting Machine
Manual & Multifunctional Tile Cutting Machines
Manual and multifunctional tile cutting machines are suitable for small workshops, tile retailers, contractors, custom orders, and low-volume production.
Depending on the configuration, multifunctional machines can combine operations such as straight cutting, miter cutting, grooving, edge grinding, chamfering, and rounded-edge processing.
Their compact structure and flexible operation make them practical for workshops that process different tile sizes and customized products without requiring a fully automated production line.
Featured Machines:
- HD-V1200 Manual Wet Tile Saw – Compact Tile Cutting Machine
- HD-M1200 Manual Multi-Functional Tile Cutting Machine
Dual-Spindle & Multi-Blade Ceramic Tile Cutting Machines
Dual-spindle and multi-blade configurations are designed for production environments where multiple cutting operations and repeated strip production are required.
Multiple diamond blades can be installed across the cutting spindles according to the required cutting layout. This allows several parallel cutting positions to be processed during continuous material feeding.
These machines are particularly suitable for tile strips, ceramic skirting, decorative strips, and other standardized components where production efficiency and repeatable dimensions are important.
Featured Machine:
HD-T800 Dual-Spindle Multi-Blade Ceramic Tile Cutting Machine
CNC Waterjet Cutting Machines for Customized Tile Shapes
Diamond-blade tile cutters are highly effective for straight, repeated, and dimensional cutting, but some tile fabrication projects require curves, internal openings, irregular contours, or decorative patterns.
For these applications, CNC abrasive waterjet cutting provides greater geometric flexibility.
Waterjet systems can process customized porcelain and ceramic components with curved shapes, internal cutouts, openings, decorative patterns, sink cutouts, and other complex contours.
Explore CNC Waterjet Cutting Machines →
HORD cutting machines are designed to provide stable positioning and consistent cutting performance.
CNC-controlled models allow programmable cutting dimensions and repeatable processing, helping manufacturers maintain consistent finished sizes across production batches.
Not every tile workshop has the same production requirements.
HORD offers manual, multifunctional, semi-automatic, CNC, automatic, and multi-blade configurations so customers can select equipment according to production volume, labor requirements, cutting frequency, and desired automation level.
Ceramic and porcelain tiles have different hardness, thickness, surface finishes, and physical characteristics.
HORD cutting equipment is designed around the requirements of hard and brittle tile materials, with machine and blade configurations selected according to the specific application.
Wet cutting systems also provide water cooling during blade cutting to support stable processing.
A professional tile fabrication workshop may handle everything from simple straight cuts to customized components.
HORD provides blade-based cutting systems for standard and repeated sizing, while CNC and waterjet technologies can be used when projects require more complex geometries.
This allows customers to build a cutting solution that matches their current products and future production requirements.
Tile & Porcelain Cutting Machine Applications
Standard Ceramic & Porcelain Tile Sizing
Cut ceramic and porcelain tiles into precise finished dimensions for flooring, walls, kitchens, bathrooms, commercial interiors, and general construction projects.
Typical requirements include:
- Length cutting
- Width cutting
- Cross cutting
- Edge trimming
- Repeated sizing
- Batch production
CNC and automatic configurations are particularly useful when the same dimensions need to be produced repeatedly.
Large-Format Porcelain Slab Cutting
Large-format porcelain materials are increasingly used for countertops, wall panels, furniture surfaces, bathroom applications, and architectural interiors.
Cutting large slabs requires appropriate working dimensions, stable material support, accurate positioning, and a suitable cutting configuration.
HORD provides cutting solutions for large-format porcelain materials according to slab size, thickness, finished dimensions, production volume, and cutting requirements.
Tile Strips, Skirting & Repeated Components
Tile factories and fabricators often need to divide larger tiles into multiple narrow pieces.
Multi-blade tile cutting machines are particularly suitable for:
- Tile strips
- Skirting
- Decorative strips
- Narrow panels
- Repeated components
- Mosaic blanks
Multiple blades can process several cutting lines in one operation, helping improve throughput for repetitive production.
Customized Tile & Porcelain Components
Customized architectural projects often require more than simple straight cutting.
CNC cutting and abrasive waterjet systems can process:
- Sink cutouts
- Cooktop openings
- Faucet holes
- Curved shapes
- Irregular contours
- Internal openings
- Decorative patterns
- Customized architectural components
The appropriate cutting technology depends on the required geometry, material, thickness, dimensional tolerance, and production volume.
Get the Right Tile & Porcelain Cutting Machine
Looking for the right tile cutting machine or porcelain cutting machine for your production?
Tell us your material type, tile or slab dimensions, thickness, finished product size, cutting requirements, and expected production volume.
HORD can recommend a suitable machine configuration based on your actual application.
More Information
Tile Cutting Methods: Which Technology Is Right for You?
Different tile products and production requirements call for different cutting technologies.
Diamond Blade Cutting
Diamond blade cutting is widely used for straight sizing, trimming, strip production, and repeated tile cutting.
It is a practical choice for standard tile dimensions and high-volume production where straight cutting represents the majority of the workload.
Multi-Blade Cutting
Multi-blade systems are designed for repeated cutting operations where several parallel cuts are required.
They are particularly useful for tile strips, skirting, narrow components, and other repetitive products.
CNC Cutting
CNC cutting adds programmable positioning and repeatable control to the cutting process.
It is useful when a workshop produces different dimensions, handles repeated customized orders, or needs more consistent positioning.
Abrasive Waterjet Cutting
Abrasive waterjet cutting is suitable when the required geometry goes beyond conventional straight blade cutting.
It provides flexibility for curves, holes, irregular contours, decorative patterns, and customized shapes.
The right technology depends on the product rather than simply choosing the most advanced machine.
How to Choose a Tile & Porcelain Cutting Machine
Choosing a cutting machine should start with your actual production requirements.
Material
Determine whether you process ceramic tile, porcelain tile, glazed tile, large-format porcelain slab, decorative tile, or another compatible material.
Material hardness, thickness, surface finish, and structure can affect cutting parameters and tooling requirements.
Maximum Material Size
The largest tile or slab you process determines the required working dimensions and machine configuration.
Large-format porcelain requires sufficient support and a cutting system designed for the material dimensions.
Material Thickness
Thickness affects cutting depth, blade selection, cutting performance, and machine capacity.
Always confirm the actual thickness range before selecting equipment.
Finished Product Size
If you produce several standard sizes, CNC positioning or multi-blade configurations may improve repeatability and production efficiency.
Cutting Shape
Straight cuts generally favor blade-based tile cutting machines.
Curves, internal holes, irregular contours, and decorative designs may require CNC waterjet cutting.
Production Volume
Small workshops may prioritize flexibility and investment efficiency.
Medium-volume fabrication may benefit from semi-automatic or CNC systems.
High-volume production may require automatic feeding, multi-blade configurations, and continuous processing.
Automation Level
Consider how much manual loading, measuring, positioning, and adjustment your current workflow requires.
The right level of automation can reduce repetitive work without unnecessarily increasing equipment complexity.
How to Reduce Chipping When Cutting Porcelain Tiles
Porcelain is a hard and relatively brittle material, so cutting quality depends on the complete cutting system rather than the blade alone.
Important factors include:
- Selecting a suitable diamond blade
- Maintaining stable material support
- Using appropriate cutting speed
- Providing adequate water cooling
- Keeping the blade in proper condition
- Maintaining accurate material positioning
- Reducing machine vibration
- Using an appropriate cutting sequence
For premium porcelain surfaces and large-format slabs, machine selection should take the material characteristics and final edge requirements into account.
Wet Cutting for Ceramic & Porcelain Tiles
Wet cutting is commonly used for ceramic and porcelain processing.
Water can help cool the cutting blade during operation and reduce airborne dust generated by blade cutting.
A stable water supply and appropriate blade cooling can contribute to consistent cutting performance and longer blade service life.
For production environments, water circulation and work-area cleanliness should also be considered when selecting a wet tile cutting system.
Large-Format Porcelain Cutting Considerations
Large-format porcelain slabs require different considerations from standard tile sizing.
Important factors include:
- Slab dimensions
- Material thickness
- Slab support
- Cutting table size
- Positioning accuracy
- Cutting sequence
- Blade selection
- Finished edge requirements
- Material handling
- Production volume
For large slabs, the cutting machine should provide adequate support throughout the cutting process to help reduce movement and maintain dimensional consistency.
CNC Tile Cutting for Repeatable Production
CNC control is particularly useful for workshops processing multiple product sizes.
Instead of relying entirely on manual measurement and positioning, operators can set cutting dimensions through the machine control system on applicable models.
This can help improve:
- Cutting repeatability
- Dimensional consistency
- Production organization
- Setup efficiency
- Repeat-order processing
CNC technology is especially valuable when a workshop handles frequent size changes or produces customized orders.
Tile Cutting Machine Selection Guide
| Production Requirement | Recommended Solution |
|---|---|
| Standard ceramic tile sizing | Wet Tile Cutting Machine |
| Standard porcelain tile cutting | CNC Tile Cutting Machine |
| Repeated straight cutting | Automatic Tile Cutting Machine |
| Tile strip production | Multi-Blade Tile Cutting Machine |
| Skirting production | Multi-Blade Cutting Machine |
| Multiple finished dimensions | CNC Tile Cutting Machine |
| Large-format porcelain tiles | Large-Format CNC Cutting Machine |
| Porcelain slab cutting | CNC Slab Cutting System |
| Customized openings | CNC / Waterjet Cutting |
| Curved tile cutting | CNC Waterjet Cutting Machine |
| Decorative patterns | CNC Waterjet Cutting Machine |
| Small-volume customized work | Multifunctional Tile Cutting Machine |
| High-volume production | Automatic Multi-Blade CNC System |
The final configuration should be selected according to material, size, thickness, cutting geometry, production volume, automation requirements, workshop space, and downstream processing.
Tile Cutting Machine Production Workflow
A typical tile and porcelain cutting workflow can include:
Material Inspection → Layout → Positioning → Cutting → Dimensional Inspection → Secondary Processing
1. Material Inspection
Check tile or slab dimensions, thickness, surface condition, and visible defects before cutting.
2. Cutting Layout
Determine finished dimensions and optimize the cutting layout according to the production order.
3. Material Positioning
Place the tile or slab securely and align it according to the machine configuration.
4. Cutting Setup
Set cutting dimensions, blade configuration, and processing parameters.
5. Cutting
Perform straight, multi-line, CNC, or customized cutting according to the selected technology.
6. Dimensional Inspection
Check finished dimensions and edge quality after cutting.
7. Secondary Processing
If required, send cut components to subsequent operations such as mitering, edge grinding, polishing, chamfering, or profiling.
Tile Cutting Machine Solutions by Production Volume
Small Workshops & Tile Retailers
Small workshops generally need flexibility rather than maximum automation.
A compact wet tile saw or multifunctional tile cutting machine may be suitable for occasional custom sizing and small-batch processing.
Professional Fabrication Workshops
Professional fabricators often process different tile sizes and customer-specific orders.
Semi-automatic or CNC tile cutting machines can provide a useful combination of flexibility, accuracy, and production efficiency.
Tile Processing Factories
Factories producing large quantities of repeated components can benefit from automatic feeding, multi-blade configurations, and continuous production systems.
These machines are designed to reduce repetitive operations and increase throughput.
Large-Format Porcelain Fabricators
Fabricators working with large porcelain slabs require equipment designed around slab dimensions, material support, cutting accuracy, and final product requirements.
CNC cutting and waterjet systems can be combined when both standard sizing and customized openings are required.
Tile Cutting Machine or Waterjet: Which One Should You Choose?
For straight and repeated cuts, a diamond-blade tile cutting machine is generally the more direct solution.
For high-volume strip production, a multi-blade machine can improve efficiency by performing several parallel cuts.
For programmable repeated sizing, CNC tile cutting equipment provides greater control.
For curves, internal openings, irregular contours, and decorative designs, abrasive waterjet cutting provides greater geometric flexibility.
Therefore, the best solution is determined by the cutting geometry and production requirement, not simply by machine type.
Individual Machine or Complete Cutting Solution?
Not every customer needs a complete production line.
A small workshop may start with a multifunctional tile cutting machine.
A professional porcelain fabricator may combine CNC cutting with downstream edge-processing equipment.
A high-volume factory may require automatic multi-blade cutting for continuous production.
A customized fabrication workshop may combine conventional blade cutting with CNC waterjet cutting.
HORD can recommend individual machines or combine different technologies according to the customer’s material, products, production volume, and future expansion plans.
HORD Tile & Porcelain Cutting Machine Range
HORD’s tile cutting equipment portfolio includes solutions for different production requirements:
- Automatic multi-blade tile cutters
- CNC tile cutting machines
- Semi-automatic CNC tile cutters
- Manual wet tile saws
- Multifunctional tile cutting machines
- Dual-spindle multi-blade cutters
- Large-format porcelain cutting systems
- CNC waterjet cutting machines
Each machine can be evaluated according to material type, maximum size, thickness, cutting geometry, production capacity, and automation requirements.
