Open Hours:8:30am-20:30pm
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Last Updated: 2026-04-25
Dinosaw Machine is trusted by stone factories in 120+ countries to cut marble, granite, quartz, and sintered stone — from quarry blocks to finished countertops, columns, and architectural elements. Whether you are scaling a production line, adding profile capability, or sourcing for a specific project, you will find the equipment and the experience here.
Stone processing factories run on thin margins and high fixed costs. Whether you are slicing marble blocks for slab production, cutting granite for kerbstones and tombstones, or fabricating architectural elements — the economics are the same: output per block, machine uptime, and rework rate determine whether an operation is profitable.
The equipment decisions that drive these outcomes — which stone cutting machines you run, how they are configured, and how well they hold precision over time — matter more in stone processing than in most other industries. A bridge saw that drifts on thickness produces slabs that require extra polishing. A wire saw configured for granite that is running marble is wasting material on every cut.
Natural stone blocks from the quarry are not uniform. The pattern you cut them into determines how much finished slab, tile, or shaped product you recover versus how much becomes offcut. Kerf width, cut sequence, and gang-saw configuration all affect yield. On high-value marble and granite, optimising block yield directly determines batch economics.
Natural stone blocks from the quarry are not uniform. The pattern you cut them into determines how much finished slab, tile, or shaped product you recover versus how much becomes offcut. Kerf width, cut sequence, and gang-saw configuration all affect yield. On high-value marble and granite, optimising block yield directly determines batch economics.
Dinosaw provides stone cutting machines and processing equipment across the full production chain. With 20 years of expertise, 100+ patents, and CE/ISO certification, our equipment runs in stone factories across 120+ countries. We configure equipment combinations to your specific requirements — material types, output targets, product formats, and facility constraints. The machine catalogue below is the starting point; the configuration for your production is the conversation.
Multi-wire saws and CNC wire saws minimise kerf loss and allow optimised cut sequences across irregular marble and granite block geometries — recovering more finished slab from each block. The additional yield from precision marble block cutting directly offsets machine cost across a production run.
From automated kerbstone production lines at 35m³ daily output with a single operator, to tombstone wire saws cutting 9 pieces per cycle — our automation solutions are built for operations where volume and labour efficiency are the primary economic drivers.
CNC wire saw machines, stone lathes, and robotic processing enable production of columns, balusters, curved panels, and complex mouldings directly to drawing specification. We cover both high-volume repeat profiles and one-off custom architectural commissions.
CNC bridge stone polishers, continuous polishing lines, and edge polishing machines bring cut stone to the surface quality standard required for sale — compatible with marble, granite, quartz, limestone, travertine, and sintered stone.
Dinosaw manufactures stone cutting and processing machines across the full production chain. We are the principal drafter of Chinese industry standards for multi-wire saws, CNC wire saws, and bridge saws — with 100+ patents and ISO 9001, CE certification across our product range.
Engineered specifically for marble and luxury stone. This wire saw machine utilizes super-thin diamond wire to minimize kerf loss and maximize slab yield per block, directly improving batch profitability. The high-tension configuration ensures a stable cut trajectory, delivering slabs with uniform thickness and reducing the need for downstream polishing.
Designed for complex architectural profiling, including columns, sculptures, and curved wall panels. It bypasses the geometric limitations of traditional circular blades, allowing digital models to directly drive 3D cutting. With a control precision of ±1mm, this profiling machine executes high-value custom projects, translating blueprints precisely into finished stone components.
Configured for the high-precision fabrication of kitchen countertops, bathroom vanities, and complex slabs. Powered by an 18.5kW spindle and a DDX 5-axis system, this bridge saw maintains a processing precision of ±0.05mm. It executes chamfering, routing, and diagonal cuts in a single setup, minimizing secondary polishing and maximizing production throughput.
Built for the high-volume production of rotational architectural components, such as balusters and Roman columns. Featuring a bi-directional cutting bridge structure, this stone lathe uses CNC automation to replace manual profiling. It guarantees dimensional consistency across large batches while drastically reducing per-unit labor costs.
Engineered for industrial core drilling in thick stone and concrete blocks. Available in both gantry and vertical configurations, this stone processing machine delivers high-speed, precise hole placement. It is essential for fabricating facade anchor points and structural components for heavy monument construction.
Designed for the automated surface finishing of tombstones and thick slabs. Equipped with an Automatic Tool Change (ATC) system, this stone polishing machine automatically switches polishing heads based on pre-set abrasive sequences, enabling unattended continuous operation. Constant pressure control ensures the final granite and marble surfaces meet the highest market gloss standards.
Focused on primary block extraction at the quarry. This quarry machine executes dry blind cuts directly on the quarry face, replacing traditional blasting methods. It prevents the formation of internal micro-fractures in the stone, maximizing the recovery rate and economic value of Class-A blocks.
Dinosaw stone cutting and processing machines are running in stone factories across 120+ countries, processing marble, granite, quartz, limestone, basalt, sandstone, travertine, and sintered stone. The applications below cover the main processing contexts — from high-volume quarry and slab operations to precision architectural fabrication. If your application is not listed, a direct conversation is the most useful next step.
Granite slab polishing case study using automatic blade-changing CNC polishing machine, covering polished granite for memorials, monuments, and architectural stone applications.
Super thin multi-wire saw case for cutting marble blocks into thin slabs, focusing on material yield, slab consistency, and downstream polishing suitability.
CNC wire saw cutting case for granite blocks used in precision instrument table bases, focusing on stable sectioning for machine foundations and metrology platforms.
Initial Discussion
We start with your requirements: materials to be processed, production targets, site conditions, and timeline. A direct engineering conversation — not a standard questionnaire.
Specification Development
Based on the discussion, we develop an equipment configuration: machine type, dimensions, tooling, control architecture, and interface requirements specific to your application.
Engineering Review & Iteration
The specification is shared with your technical team for review. We work through comments and refine the design before any build commitment is made.
Build & Quality Documentation
In-house fabrication with full quality documentation produced throughout. Documentation package provided on delivery to support your acceptance processes.
Commissioning, Training & Ongoing Support
On-site commissioning to verify performance against specification. Operator training for your team. Ongoing technical support throughout the equipment lifecycle.
We design and fabricate our equipment in-house, with direct control over engineering changes, fabrication sequences, quality documentation, and lead time — critical when your project programme cannot absorb supplier delays.
Our engineers work directly from your project brief. We build the specification from your site conditions, material profile, and processing requirements — then iterate with your technical team before confirming the build.
No two systems we build are identical, because no two projects are. Each machine is configured — not adapted — to your specific material, geometry, production volume, and operational requirements.
We provide commissioning support, operator training, and ongoing technical assistance for every system we supply. For international projects, we coordinate through detailed documentation, remote diagnostics, and planned site visits aligned with your programme schedule.
Factories, processing plants, and industrial operators who need machinery for their own production — whether for a specific material, a new production line, or an upgrade to existing capacity. We work with you from requirement to running machine.
Regional distributors and agents representing Dinosaw Machinery in local markets. We provide technical support, product documentation, and co-development of market-specific solutions to help you serve your customers effectively.
Consultancies developing equipment specifications, feasibility studies, or technology assessments for industrial projects. We provide technical data, application references, and direct engineering input to support your work.
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