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Up-Feed Diamond Multi-Wire Cutting Machine
DS‑3623H
Dinosaw up-feed thin multi-wire saw delivers high-precision slicing with a minimal kerf of ≈0.5–0.8mm. The up-feed mechanism ensures superior surface quality and high material yield, reducing polishing needs for premium finishes.
This CNC machine is engineered for high-value materials like luxury stone, marble, quartz, and sintered stone. It excels at producing thin slabs for architectural facades and countertops.
Dinosaw up-feed thin multi-wire saw delivers high-precision slicing with a minimal kerf of ≈0.5–0.8mm. The up-feed mechanism ensures superior surface quality and high material yield, reducing polishing needs for premium finishes.
This CNC machine is engineered for high-value materials like luxury stone, marble, quartz, and sintered stone. It excels at producing thin slabs for architectural facades and countertops.
Compatible Materials & Products
Unlock Premium Thin Slabs from Any High-Value Stone Block
Luxury Stone ❯ Premium thin slabs
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The luxury stone market requires flawless thin slabs with perfect surfaces to showcase unique veining.
Our DINOSAW up-feed thin multi-wire saw is the ideal machine for this high-value application.
Its specialized up-feed motion ensures smooth debris removal, which is crucial for a premium finish.
The diamond wire slicing system uses precise tension control and optimized wire speed to prevent micro-cracks, achieving a mirror-like cut.
This process delivers superior material yield and thickness uniformity, drastically reducing subsequent polishing needs.
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Marble ❯ High-value thin slabs
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High-value thin slabs from marble blocks are essential for high-end interior and exterior designs.
Our up-feed thin multi-wire saw makes this large block thin slab production exceptionally efficient and reliable.
Its robust frame and up-feed cutting system provide the stability required for consistent, precise slicing.
The diamond wire slicing process maintains a low thermal impact, protecting the delicate finish quality of the marble.
This results in a high-efficiency process, delivering smooth, market-ready slabs with a small kerf high yield.
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Sintered Stone ❯ Architectural panels
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Sintered stone architectural panels demand absolute precision to meet modern construction standards.
Our up-feed multi-wire saw is engineered to provide the necessary precision cutting for these materials.
The up-feed multi-wire saw leverages constant wire tension and controlled speed to slice large sintered stone blocks into uniform panels.
This up-feed mechanism is key to achieving a premium finish, as it prevents chipping and ensures surface flatness.
The technique maximizes yield from expensive blocks, producing ready-to-install panels with minimal post-processing.
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Engineered Quartz ❯ Countertop slabs
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Flawlessly processed thin slabs are essential for the durable and elegant engineered quartz countertops in demand today.
Our up-feed multi-wire saw is the definitive solution for high-volume countertop slab production.
Its precision cutting technology produces slabs with exceptional thickness uniformity and a premium finish.
The machine's process window is optimized for engineered quartz, ensuring a clean cut without compromising structural integrity.
This leads to higher quality countertops, less material waste, and streamlined commercial fabrication workflows.
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Soft Granite ❯ Decorative panels
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Thin decorative panels from softer granite varieties are increasingly popular in modern interior design.
Our up-feed thin multi-wire saw makes large block thin slab production efficient for these applications.
Its up-feed cutting system provides stability for consistent slicing, while the small kerf high yield process preserves valuable material.
The diamond wire slicing maintains a low thermal impact, protecting the integrity and finish quality of the panels.
This ensures high-efficiency processing, resulting in thin decorative panels with a smooth, marketable finish.
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Specs and options
Specifications customizable upon request.
| Model | Unit | DS-3623H |
|---|---|---|
| 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 | 3600x2100x2300 |
| Machine weight | T | 34-42 |
| Overall dimensions | mm | 9200x7500x5300 |
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 up-feed design delivers superior thin slabs.
Up-Feed Slicing for Flawless Premium Thin Slabs
Maximize Material Yield
Ultra-small kerf supported by our patented constant tension system.
Superior Surface Finish
Up-feed mechanism ensures efficient debris removal, reducing scratches and polishing workload.
Perfect Thickness Uniformity
High-rigidity cast iron columns and lightweight carbon fiber rollers ensure vibration-free slicing.
Lower Infrastructure Cost
Reduces footprint by ~30% and foundation costs by over 80% compared to traditional gangsaws.
Smart Predictive Maintenance
Intelligent system offers real-time monitoring and fault alerts with approximately 95% accuracy.
Eco-Friendly & Low Energy
Reduces water/slurry waste by over 80% and noise by ~50%, while lowering overall energy use.
FAQs
Common Questions About Up-Feed Diamond Multi-Wire Cutting Machine
Why choose an up-feed vs. a down-feed multi-wire saw?
Choose an up-feed multi-wire saw for materials requiring a premium finish, like marble or luxury stones. The upward cutting motion uses gravity to help with debris removal, which is critical for preventing scratches and achieving a smooth finish. This makes the up-feed design the superior choice for high-value thin slab production where surface quality is paramount. This choice also influences your optimal process parameters.
- Decision Checklist: Choose up-feed for delicate materials (marble), premium finish priority, and stable blocks. Choose down-feed for very hard materials (granite) where cutting force is prioritized.
What is the kerf of a thin multi-wire saw?
The kerf, or cutting width, of a thin multi-wire saw is typically between 0.5mm and 0.8mm. This ultra-small kerf is achieved using very fine diamond wires (e.g., 0.35–0.6mm) combined with a high-precision constant tension system and perfect alignment. This key feature of diamond wire slicing technology maximizes material yield and reduces subsequent polishing workload. Minimizing kerf is a primary factor in the machine's ROI, as the material savings directly increase profitability and contribute to its environmental benefits.
How to set the wire speed for different stone materials?
The ideal wire speed depends on the material's properties and your production goals. Our machine's process window includes pre-configured settings, but operators can fine-tune them using these guidelines:This balance is crucial for large block thin slab projects to optimize both efficiency and quality.
- Material Hardness :Softer materials (marble) use moderate speeds (15-25 m/s); harder materials (engineered quartz) use higher speeds (25-35 m/s).
- Finish Priority :For a premium finish, use a lower wire speed to minimize defects.
- Throughput Priority :For faster cutting, use a higher wire speed, balanced with tension and feed rate.
Is this saw suitable for low-value, thick granite slabs?
No, this thin multi-wire saw is not recommended for low-value, thick slab production. Its core advantages—small kerf high yield and superior surface quality—deliver the best ROI on high-value materials where material savings are critical. For cost-sensitive, conventional thick slab cutting, alternatives like a traditional gangsaw or a multi-blade block cutter are more economical. This machine is a specialized investment for premium thin slab applications.
What are the foundation and environmental benefits?
Compared to traditional gangsaws, a thin multi-wire saw offers significant benefits for your facility.These advantages make it a more sustainable solution, helping companies meet stricter environmental regulations and noise compliance while lowering operational expenses.
- Infrastructure Savings :Requires approximately 30% less floor space and reduces foundation costs by over 80%.
- Environmental Impact :Generates over 80% less water and slurry waste and reduces noise levels by about 50%.
How long does it take to train an operator?
Operator training is remarkably fast, with basics learned in as little as 5 minutes thanks to the intuitive control system. A comprehensive program includes:This structured approach ensures minimal downtime and supports a high-efficiency processing workflow.
- Reviewing the process safety checklist.
- Using pre-configured material settings.
- Learning safe diamond wire handling and replacement.
How do rotating tables/carts boost thin-slab productivity?
Optional rotating worktables and carts boost productivity by enabling a parallel workflow. This seamless transition minimizes machine idle time, which is key to maximizing throughput. For any up-feed thin multi-wire saw in a large block thin slab line, this is essential for achieving a higher ROI. The process is:
- While one block is being cut, another is loaded onto a separate cart.
- The cart is rotated for optimal vein or panel orientation alignment.
- Once cutting is complete, the finished block is moved out and the new block is moved in.
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 Master Premium Thin Slab Production?
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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