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Up‑feed Thin Multi‑Wire Stone Cutting Machine
DS‑3412H
Designed for medium blocks, this up-feed thin multi-wire stone cutting machine delivers a small kerf (≈0.5–0.8mm), uniform thickness, and superior surface flatness. Its constant-tension control and optimized wire speed ensure stable thin-slab slicing for both natural and engineered stones.
It excels on high-value materials like marble, luxury stone, engineered quartz, and sintered stone, plus hard-brittle materials like optical glass. Compared to gangsaws, it increases yield and reduces polishing workload, making it ideal for efficient thin-slab production.
Designed for medium blocks, this up-feed thin multi-wire stone cutting machine delivers a small kerf (≈0.5–0.8mm), uniform thickness, and superior surface flatness. Its constant-tension control and optimized wire speed ensure stable thin-slab slicing for both natural and engineered stones.
It excels on high-value materials like marble, luxury stone, engineered quartz, and sintered stone, plus hard-brittle materials like optical glass. Compared to gangsaws, it increases yield and reduces polishing workload, making it ideal for efficient thin-slab production.
Compatible Materials & Products
Materials to Premium Thin Slabs & Panels
Marble ❯ Countertops
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Up‑feed thin multi‑wire stone cutting machine for marble countertop cutting meets premium market demand in commercial fabrication, focusing on flawless, smooth finish.
DINOSAW diamond multi‑wire saw applies constant tension, fine‑tuned wire speed, and streamlined debris evacuation to slice medium blocks into thin slabs with exact thickness and small kerf.
Precision cutting yields superior flatness and optimized consistency; high‑performance processing reduces polishing workload and breakage.
Results: premium kitchen & bath slabs with professional surface quality and uniform thickness ready for industrial applications and construction projects.
Summary: this precision stone cutting machine maximizes yield while keeping finish impeccable—ideal for marble thin‑slab fabrication.
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Luxury stone ❯ Facade panels
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Up‑feed thin multi‑wire stone cutting machine targets luxury stone facade panels with minimal waste and premium surface for architectural construction projects.
DINOSAW diamond multi‑wire saw maintains tension stability and optimized feed, delivering exact slicing with precision guidance and efficient coolant management.
Superior finish and accuracy improve panel quality; optimized, high‑performance processing boosts productivity and consistency.
Outcomes: high‑grade facade panels with commercial‑grade flatness and uniform thickness, maximizing yield on expensive blocks.
Summary: precision stone processing elevates ROI for premium projects while keeping kerf loss low.
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Engineered quartz ❯ Thin slabs
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For engineered quartz thin slabs, the up‑feed thin multi‑wire stone cutting machine ensures robust yet precise fabrication for industrial applications.
DINOSAW diamond multi‑wire saw uses constant tension, gantry rigidity, and optimized wire speed to deliver exact slicing and uniform thickness.
Precision cutting and optimized consistency reduce polishing time; streamlined processing secures high throughput.
Results: professional thin slabs with smooth finish and production stability for commercial fabrication lines.
Summary: a precision stone cutting machine that balances strength and accuracy for dependable mass thin‑slab production. |
Sintered stone ❯ Large panels
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Sintered stone large panels require gentle, precision cutting to protect brittle big formats in construction projects.
DINOSAW up‑feed multi‑wire process with constant tension, precision guidance, and efficient cooling minimizes chipping and keeps exact thickness.
Superior edges and smooth finish prove optimized, high‑performance processing for big panels.
Results: uniform, premium large panels ready for architectural and industrial applications with reliable throughput.
Summary: a precision stone cutting machine that stabilizes large‑format slicing while keeping kerf small. |
Alumina ceramic ❯ Thin slices
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Technical ceramics like alumina demand low‑damage precision cutting for lab and industrial production.
DINOSAW diamond multi‑wire saw applies constant tension, fine‑tuned parameters, and precision guidance to achieve exact slicing.
Precision cutting minimizes micro‑cracks; optimized processing ensures high‑grade integrity and repeatability.
Results: professional thin slices with smooth finish and consistent thickness for technical applications.
Summary: a precision stone cutting machine enabling reliable low‑damage ceramic slicing. |
Specs and options
Specifications customizable upon request.
| Item | Unit | DS-3412H |
|---|---|---|
| Feed type | / | Up-feed |
| Cutting feed rate | mm/h | 100-280 |
| Diamond wire diameter | mm | 0.35-0.8 |
| Slab thickness | mm | 2-30 |
| Cutting tension | N | 0-300 |
| Table lift travel | mm | 2400 |
| Wire storage | m | 30000 |
| Roller diameter | mm | 320-450 |
| Main motor power | kW | 64x4 |
| Max workpiece size (LxWxH) | mm | 3400x1100x2300 |
| Machine weight | T | 27-38 |
| Overall dimensions | mm | 8900x6400x5300 |
Option | Function | Recommendation |
|---|---|---|
Rotating table | Rotate block without re-hoisting; adjust cutting angle | Recommended for irregular blocks / non-standard angles |
Transfer cart (aux table) | Parallel loading/unloading beside main table | Must‑have for peak throughput |
Extended rails | Longer cart travel space for multi‑cart / long pieces | Pair with transfer cart or when layout needs longer travel |
Spindle box set (drive/idler) | Spare assembly for quick swap to cut downtime | Buy as spare if production loss is costly |
Roller | Key wire‑net part; different materials/coatings affect wear/inertia | CF+PU for high speed/energy saving; iron/aluminum for budget |
Wire welder | Repair broken wire; fast wire recovery | Essential for most users |
Roller lathe | Pre‑recoat turning & alignment; reduce run‑out/vibration | Own in high‑utilization plants; outsource if low |
Tension wheel | Keep wire tension stable; core force element | Stock as consumable; set preventive replacement & calibration |
Guide wheel rubber ring | Protect wire & guide; improve friction & stability | Track wear & replace early for stable cutting quality |
Wire winder | Fast uniform winding; control pitch & initial tension | Standard for multi‑wire; best with wire welder |
Advanced control meets practical productivity.
Small Kerf. Big Yield. Flawless Thin Slabs.
High Yield, Low Kerf Loss
Constant tension and fine-wire cutting boost material yield. Kerf is ≈0.5–0.8mm for more thin slabs.
Premium Surface Quality
Up-feed design allows smooth debris removal and consistent thickness, reducing polishing and breakage.
Stable Thin-Slab Throughput
Gantry rigidity and wire speed management ensure more stable slicing for high-volume thin slab orders.
Compact Footprint
Our machine occupies less space and requires a lower investment in foundation work.
Energy & Noise Reduction
Lower energy consumption and reduced noise levels make it an eco-friendly choice for modern plants.
Smart Diagnostics
Predictive maintenance alerts and intelligent diagnostics help maximize machine uptime and productivity.
FAQs
Common Questions About Up‑feed Thin Multi‑Wire Stone Cutting Machine
What is a thin multi‑wire stone cutting machine?
A thin multi‑wire stone cutting machine uses fine diamond wire (≈0.35–0.6mm) to slice blocks into thin slabs with kerf ≈0.5–0.8mm.
- Constant tension + optimized wire speed → uniform thickness
- Lower heat input → smoother finish
- Narrow kerf → higher yield, less polishing, fewer breaks
Up‑feed vs down‑feed: which for my materials?
Up‑feed suits marble, luxury stone, sintered stone when premium finish and thin‑slab consistency are required. Down‑feed suits engineered quartz and granite for high‑efficiency thin/medium slabs.
- Up‑feed: smooth debris, reduced wire bow
- Down‑feed: stable clamping, stronger cutting pressure
- Many plants deploy both for process segmentation
What materials suit an up‑feed thin multi‑wire stone cutting machine?
Materials: marble, luxury stone, engineered quartz, sintered stone; extends to optical glass and alumina ceramics with low‑damage parameters.
- Small kerf → higher yield
- Thickness uniformity → better downstream fit
- Flat surface → reduced finishing time
How narrow is the kerf and why it matters?
Narrow kerf (≈0.5–0.8mm) matters because it increases slab area per m³ block and cuts finishing time.
- Less lateral damage → cleaner edges
- Fewer micro‑cracks → higher quality
- Lower OPEX → better profitability
Can an up‑feed thin multi‑wire handle brittle large panels?
Yes. It stabilizes slicing of sintered stone large panels with constant tension, precision guidance and efficient cooling.
- Minimal chipping
- Uniform thickness
- Clean edges with small kerf → facade‑grade finish
How do rotating table and transition carts lift thin‑slab capacity?
Rotating table + transition carts cut idle time and raise throughput.
- Angle adjustment without re‑hoisting
- Parallel loading/unloading next to main table
- Smoother takt and safer handling for thin‑slab lines
What is the typical process window?
Typical window: wire ≈0.35–0.6mm; kerf ≈0.5–0.8mm; feed 100–280 mm/h; wire speed: marble ≈15–25 m/s, granite ≈25–35 m/s.
- Co‑optimize tension/cooling/guidance
- Store per‑material recipes to balance yield, finish, wire life
Where does multi‑wire beat gangsaws most?
Multi‑wire vs gangsaw:
- Higher yield per m³
- Better finish
- Smaller footprint + lower foundation cost
- Lower waste/effluent and noise
- Reduced energy/consumables/polishing → consistent thin‑slab quality for green, scalable lines
Global Leader in CNC Machinery & Diamond Tools Manufacturing
Global Certifications & Industry Standards
CE Certification
100+ Tech Patents
ISO 9001:2015
Industry Standards
DINOSAW goes beyond merely complying with international engineering standards—we actively lead their formulation. As the principal drafter of key industry benchmarks for Stone Multi-Wire Saw Machines, CNC Wire Saw Machines, and Bridge Saws, we define the rules of precision manufacturing. Backed by ISO 9001, CE certification, and 100+ technology patents, our products guarantee exceptional durability and safety in the most demanding high-load environments.
Proven Expertise & Global Applications
75+
Countries Served Worldwide
20+
Industry machinery expertise
Trusted by clients in over 75 countries, DINOSAW delivers lifecycle quality traceability and specialized technical support across 20+ machinery sectors. From traditional mining and stone processing to high-precision manufacturing (semiconductors, quartz glass) and specialized fields like nuclear decommissioning, our comprehensive solutions consistently meet the world's most rigorous operational requirements.
Complete Production Solutions & Equipments
Choose equipment combinations for your product needs to establish efficient automated production lines and maximize profitability.
Ready to scale premium thin‑slab output?
DINOSAW manufactures and supplies industrial CNC machinery. Our equipment is specifically built to process hard and brittle materials with high precision, including natural stone, refractory bricks, quartz glass, graphite, and fiberglass (FRP).
Factory Direct Sales & Competitive Pricing
Buy directly from our factory to eliminate middleman markups. We provide processing plants with heavy-duty machines at factory-direct prices, helping you lower equipment costs and shorten your payback period.
Wholesale Supply & Customized Solutions
We offer profitable wholesale programs for global distributors. For specialized applications, our engineering team provides OEM/ODM customization—adjusting machine dimensions, motor power, and CNC parameters to fit your exact material workflow.
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