Diamond Cutting Disc 105-250mm for Porcelain

The Ultra‑Thin Turbo Mesh Diamond Cutting Disc is designed for precision cutting of hard, brittle materials with angle grinders or tile saws. It supports fast, clean cuts on porcelain, ceramic, marble, and sintered stone. The turbo mesh rim improves heat dissipation for stable dry cutting. The ultra‑thin kerf and sintered bond help reduce chipping and extend service life, lowering waste and replacement frequency.

1.4 mmUltra-thin kerf on 105–150 mm precision sizes

Turbo MeshReinforced thin rim for faster brittle-material cutting

105–250 mmHandheld and tile-saw range for porcelain, ceramic and sintered stone

Applicable Materials

Porcelain, ceramic, marble and sintered stone

Certifications & Credentials

CE Certified · ISO 9001:2015 · Industry Standard Drafting Participant · 120+ Countries & Regions Served

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Dinosaw machine Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain

Applications Performance Specs Technology Comparison Manufacturing Support FAQ

Compatible Materials & Products

Precision Cutting Disc for Hard Tiles & Decorative Stone

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (9)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (15)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (12)@1.5x

Ceramic > Smooth Glaze Cutting

When cutting ceramic on a tile saw, the key challenge is to slice through the brittle glaze without causing flaking, while also cleanly cutting the softer body. An improper blade can easily ruin the tile's aesthetic appeal. This diamond blade features a high concentration of fine-grade grit in a hot-pressed sintered bond, designed for smooth abrasion. The mesh design efficiently removes dust and slurry, preventing heat buildup that could crack the glaze. This allows for exceptionally smooth cuts that preserve the integrity of the glaze, making it ideal for achieving perfect finishes on backsplashes, floors, and walls with standard wet tile saws.

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (3)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (4)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (10)@1.5x

Marble > Clean Edge Fabrication

Marble is a crystalline stone susceptible to edge chipping if cut with excessive force or vibration, a common issue with handheld tools. Fabricators need perfectly clean edges for seamless joints in high-value installations. This cutting disc combines an ultra-thin kerf with a continuous turbo rim that reduces lateral stress on the material. The design ensures rapid debris evacuation and cooling, preserving the stone's integrity at the cutting line. The result is a sharp, clean cut with minimal chipping, reducing the need for secondary polishing. This improves fabrication efficiency and lowers labor costs while delivering a pristine look for high-end marble work.

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (11)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (13)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (14)@1.5x

Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain (16)@1.5x

Sintered Stone > High-Speed Handheld Cutting

Sintered stone is extremely hard and tensioned, posing a significant challenge for portable tools like circular saws and angle grinders. It requires a disc that can withstand high stress without losing cutting speed or causing fractures. Our blade is made with a reinforced steel core and a diamond segment designed for ultra-compact surfaces. The fish mesh rim actively cools the disc and reduces stress concentrations during high-speed cutting. This enables faster cutting compared to standard abrasive discs, increasing workshop throughput. It provides a reliable solution for fabricating sintered stone, minimizing the risk of costly material breakage.

Real Cutting Performance & Key Metrics

The DINOSAW ultra-thin turbo mesh disc is the minimum-kerf precision platform for brittle slabs: 1.4 mm kerf on the 105–150 mm sizes, a mesh-reinforced turbo rim that keeps a thin blade stiff, and a light fish-type body for handheld control on porcelain, ceramic and sintered stone.

1.4 mm

Minimum Kerf

The 105–150 mm precision sizes cut a 1.4 mm kerf: less material removed at every cut and lower cutting resistance on high-value brittle slabs.

105–250 mm

Diameter Range

Seven diameters from 105 to 250 mm cover handheld precision work and tile saw cutting across the brittle-material range.

1.4–2.0 mm

Kerf Ladder

Kerf stays thin relative to diameter across the range — 1.4 mm at the small end rising to 2.0 mm at 250 mm — thin-cutting behavior holds across the family.

Turbo Mesh

Reinforced Thin Rim

The mesh structure reinforces the thin turbo rim: very thin kerf without relying on a heavy, wide cutting section — thin, but stiff.

Applicable materials: Porcelain, ceramic, marble and sintered stone.

Typical applications: Smooth glaze cutting on ceramic, clean edge fabrication on marble, high-speed handheld cutting on sintered stone, fitting cuts and detail trimming where kerf width matters.

Actual disc life varies with material density, feed discipline and wet versus dry cutting.

Specs and options

Seven diameters from 105 mm (1.4 mm kerf, 16 mm arbor) to 250 mm (2.0 mm kerf, 22.23 mm arbor), 10 mm segment height, turbo mesh rim with fish-type thin body — the 105–150 mm sizes carry the 1.4 mm minimum kerf.

Diameter	Diameter	Segment Width	Segment Height	Arbor
Inches	mm	mm	mm	mm
4.13"	105	1.4	10	16
4.5"	115	1.4	10	16
5"	125	1.4	10	20
6"	150	1.6	10	20
7"	180	1.8	10	22.23
9"	230	2	10	22.23
10"	250	2	10	22.23

Core Technology & Disc Structure

Four engineering decisions behind the ultra-thin design. The numbered points on the disc diagram correspond to the systems below.

Ultra-Thin Disc Selection Workflow

Match the disc in four steps: confirm tool and arbor, select diameter by work size, run at steady feed without forcing — thin kerfs cut freely with light pressure — and support the workpiece fully at the exit line to protect the thin-kerf edge from breakout.

Ultra-Thin Kerf

At 1.4 mm, the small-size discs remove less than half the kerf width of a 3 mm reference blade: on high-value porcelain and sintered slabs, that reduces material removed at every cut and lowers cutting resistance — kerf efficiency, not a yield-percentage promise.

Turbo Mesh Reinforcement

A very thin rim reduces cutting resistance but sacrifices lateral stiffness: the mesh structure reinforces the turbo rim so the blade stays thin without relying on a heavy, wide cutting section — the engineering answer to the thin-versus-stiff trade-off.

Fish-Type Thin Body

The thin fish-type steel body reduces mass and clearance resistance behind the rim: the smaller discs are easier to control during fitting and detail cuts, where blade weight works against precision.

Brittle-Material Cutting

The fine turbo contact cuts porcelain, ceramic and sintered material progressively, reducing the repeated impact that creates micro-chipping on brittle edges — clean cuts at speed on material that punishes hammering.

Thin-Kerf Consistency

Kerf width stays proportional to diameter across the range: cutting behavior is consistent from the 105 mm trimmer to the 250 mm saw, and thin-cutting economics hold across the fleet.

Handheld Precision

The small 105–150 mm sizes are precision hand-tool discs: fitting cuts, detail trims and curve work run with the control that heavier, wider blades cannot match — handheld precision is the design center, not an afterthought.

Ceramic Blade vs. Ultra-Thin Mesh Disc

A positioning comparison for tile cutting buyers.

Ceramic Blade vs. Ultra-Thin Mesh Disc
Ultra-Thin Mesh Disc	VS	Ceramic Blade
Minimum kerf + handheld precision	Primary logic	✓ Tile-specific stable clean cutting
Turbo mesh reinforced	Rim	✓ Continuous sintered
105–250 mm	Range	✓ 105–350 mm
1.4 mm on 105–150 mm	Minimum kerf	✓ 1.4 mm selected sizes
Good	Large-format long straight cuts	✓ Strong
Core application	Handheld fitting cuts	✓ Good
Thin + reinforced + light	Specialist value	✓ Glaze + long edge

Note: configurations vary by brand and model; actual performance depends on the specific machine, material and working conditions.

The Manufacturer Behind the Disc Range

DINOSAW is a manufacturer of CNC stone processing machinery, specializing in diamond wire saw machines and CNC stone cutting equipment. With more than 20 years of R&D and manufacturing experience, DINOSAW contributes to industry standards including T/CMES 41001-2025 for CNC wire saw machines, holds 100+ technical patents, and supplies equipment and technical support to customers in 120+ countries and regions. Its manufacturing and management systems are certified to ISO 9001, ISO 14001 and ISO 45001, with CE-compliant machinery for international markets.

DINOSAW CNC stone machinery manufacturing workshop

DINOSAW R&D & ManufacturingMechanical Design · CNC Control Development · Assembly · Testing · Commissioning · Global Delivery

Industry Standard Drafting

DINOSAW contributes to industry standards for stone machinery, including T/CMES 41001-2025 for CNC wire saw machines, as well as standards covering multi-wire saws, combined wire saw machines and five-axis bridge cutting equipment. This work reflects the company’s long-term involvement in machine design, manufacturing, testing and quality control.

20+Years of Stone Machinery R&D & Manufacturing Experience

100+Technical Patents — Covering machine structures, CNC control, cutting systems and stone processing technologies

120+Countries & Regions Served — Equipment, installation and technical support worldwide

CE Compliance & ISO Management Systems

CE: Stone cutting machinery assessed against Machinery Directive 2006/42/EC and relevant EN standards.
ISO: Management systems certified to ISO 9001, ISO 14001 and ISO 45001.

Ordering Requirements & After-Sales Support

DINOSAW provides disc selection per material and batch supply for precision cutting fleets.

Tool Fit16/20/22.23 mm arbors

Arbor varies by diameter — confirm before ordering.

FeedLight and steady

Thin kerfs need no forcing; pressure causes deflection.

SupportFull exit support

Thin-kerf edges are breakout-sensitive at unsupported exits.

01 · Pre-Shipment & DeliveryMachine configuration, packaging and transport requirements confirmed before dispatch, with factory inspection and documents verified.

02 · Installation & CommissioningOn-site utilities and foundation check, machine positioning, commissioning and acceptance.

03 · Operator TrainingHands-on training covering routine CNC operation and daily checks of blades, spindles, cooling and lubrication.

04 · After-Sales SupportRemote technical assistance, maintenance support and spare parts coordination throughout the machine's service life.

Ultra-Thin Disc Selection & Use FAQ

Common Questions About Ultra-Thin Diamond Cutting Disc for Porcelain

Neither penalty is inherent; both are manageable. Cutting speed: the thin kerf removes less material per millimeter of travel, so the disc actually meets less resistance — a thin disc fed properly cuts fast, and the speed limit is usually the operator's nerve, not the blade. Wear rate: thin kerfs concentrate the cutting work in a narrower zone, so per-cut wear is slightly higher than a wide blade doing the same job — the honest trade is a modestly shorter life per disc against the material savings per cut. On expensive large-format porcelain, the arithmetic usually favors thin: the material saved per project commonly exceeds the cost difference of an extra disc or two. Where thin kerfs do not pay: soft, cheap material where kerf value is negligible, and rough demolition where blade survival matters more than precision. Use thin where the material is valuable and the cut is finish work; use standard kerfs where the material is cheap and the cut is rough.

Neither penalty is inherent; both are manageable. Cutting speed: the thin kerf removes less material per millimeter of travel, so the disc meets less resistance — a thin disc fed properly cuts fast, and the speed limit is usually operator caution, not the blade. Wear rate: thin kerfs concentrate the cutting work in a narrower zone, so per-cut wear runs slightly higher than a wide blade on the same job — the honest trade is modestly shorter life per disc against reduced material removal per cut. On expensive large-format porcelain, the arithmetic usually favors thin: the material value saved per project commonly exceeds the cost of the extra disc or two. Where thin kerfs do not pay: soft, cheap material where kerf value is negligible, and rough demolition where blade survival matters more than precision. Use thin where the material is valuable and the cut is finish work; use standard kerfs where the material is cheap and the cut is rough.

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Ultra-Thin Turbo Mesh Diamond Cutting Disc for Porcelain