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Ms.Lizzy
Hi, this is Lizzy from Dinosaw ( Not a Robot ). Which Machine ( model ) do you want? Please WhatsApp us now
Open Hours:8:30am-20:30pm
WhatsApp: +86 198-5901-3937
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.
50% LessPower consumption vs. traditional slab-cutting processes
35–65 TOne-piece cast platforms for heavy-block stability
Up to 3.6 × 2.3 × 2.2 mBlock capacity across the U-series range
Applicable Materials
Granite, marble, limestone, travertine, engineered stone and other hard stones
Certifications & Credentials
CE Certified · ISO 9001:2015 · Industry Standard Drafting Participant · 120+ Countries & Regions Served
Compatible Materials & Products
Unlock Premium Thin Slabs from Any High-Value Stone Block
Sintered Stone ❯ Architectural panels
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.
Engineered Quartz ❯ Countertop slabs
Soft Granite ❯ Decorative panels
Real Cutting Performance & Key Metrics
The U series lifts the stone into the wire web: one-piece cast platforms of 35 to 65 tons hold ±0.3 mm accuracy on blocks up to 3.6 × 2.3 m — at roughly half the power consumption of traditional cutting.
±0.3 mm
Cutting Accuracy
Grooved main rollers, spacer plates, servo synchronization and 0–260 N servo tension control keep every wire in the web on trajectory.
35 m/s
Diamond Wire Speed
Maximum wire speed of 35 m/s across all U models delivers continuous high-efficiency cutting.
3.6 × 2.3 m
Max. Block Size
From compact 1.2 m blocks to 3.6 × 2.3 × 2.2 m quarry blocks, three sizes cover different factory scales.
45–60 min
Wire Break Replacement
Automatic stop on wire-break detection; replacement takes about 45–60 minutes for one operator, about 30 with two.
Applicable materials: Granite, marble, limestone, travertine, onyx, quartzite and other hard stones.
Typical products: Premium large slabs, thin and standard slabs for tile and countertop production.
Wire count and slab output are configuration-dependent, not fixed machine limits. Actual cutting speed and accuracy vary with stone hardness, block dimensions, wire specification and on-site conditions.
Specs and options
Three U-series sizes cover block capacities from 1.2 m to 3.6 m. Select by your maximum block dimensions and daily slab program; wire diameter (0.3–0.8 mm), roller specifications (Φ350–Φ450), workstation layout (1+2) and electrical brands are configured to your project.
| Model | Units | DS-U-G1212 | DS-U-G3220 | DS-U-G3623 |
|---|---|---|---|---|
| Maximum Cutting Size | mm | 1200×1200×1200 | 3200×2300×2200 | 3600×2300×2200 |
| Maximum Wire Speed | m/s | 35 | 35 | 35 |
| Main Motor Power | kW | 60×4 | 60×4 | 90×4 |
| Total Installed Power | kW | 300 | 300 | 400 |
| Lifting Stroke | mm | 2000 | 2690 | 2690 |
| Compatible Diamond Wire | mm | 0.3–0.8 | 0.3–0.8 | 0.3–0.8 |
| Rollers (dia. × length) | mm | Φ400/Φ450 ×1200 | Φ350/Φ400/Φ450 ×2050 | Φ350/Φ400/Φ450 ×2350 |
| Number of Trolleys | / | 1+2 | 1+2 | 1+2 |
| Machine Weight | T | 35 | 58 | 65 |
| Main Roller / Quantity | mm×pcs | 255(280)×8 | 255(280)×8 | 255(280)×8 |
| Electrical Control System | / | Inovance / INVT | Inovance / INVT | Inovance / INVT |
| Diamond Wire Tension | N | 0–260 | 0–260 | 0–260 |
| Overall Dimensions (L×W×H) | mm | 8330×5363×5200 | 9640×6170×6600 | 10150×6500×6600 |
Core Technology & Machine Structure
Six systems built around one decision — lifting the stone into the wire web for maximum stability on heavy blocks and long production cycles. The numbered points on the machine diagram correspond to the systems below.
U-Series Slab Cutting Workflow
A cutting cycle follows four steps: load and square the block on the lifting worktable, thread the 0.3–0.8 mm diamond wires across the grooved rollers, apply stored or AI-recommended parameters, then lift and cut. The machine stops automatically if a wire breaks.
01
Stone-Lifting Feed Architecture
In the U series the worktable raises the block until it meets the wire web — a feed design chosen for more stable cutting quality and lower maintenance requirements on large, heavy blocks and long production cycles.
02
One-Piece Cast-Iron Monoblock
A 35–65 ton one-piece cast-iron frame absorbs the loads of multi-wire cutting on quarry-scale blocks and holds precision for over ten years of operation.
03
Four Grooved Main Rollers
Four main rollers with precision-machined grooves seat each wire, prevent deviation and define slab thickness; servo-driven alternating rotation cycles wires through the grooves to extend wire life.
04
Independent Servo Tension System
A 0–260 N independent servo tension system automatically compensates wire elongation and load changes through the cut, so the first slab and the last of a cycle stay the same thickness.
05
Minimalist M-Type Guide Structure
The minimized-guide-wheel M-type structure means fewer guide wheels, less wire wear and fewer maintenance points — with workshop noise held below 80 dB.
06
AI Recipe & Remote Service
U-series machines run the DINOSAW AI recipe system: enter stone type, hardness, block size and target thickness to receive recommended parameters, with remote diagnosis and online support throughout the machine's life.
Stone-Lifting (U) vs. Down-Feed (D) Multi-Wire Saws
A selection guide for factories deciding between the two feed designs.
The Manufacturer Behind the U-Series Multi-Wire Saws
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.
Installation Requirements & After-Sales Support
DINOSAW provides on-site installation guidance, one month of operator training, monthly maintenance inspection and remote diagnosis for every U-series machine.
Power Supply300–400 kW installed, 380/440 V
Three-phase voltage, ±5% fluctuation limit; supply capacity reserve 1.2–1.5×.
Foundation & Crane> 20 t/m² + overhead crane
Foundation strictly per DINOSAW drawings; crane or forklift rated for blocks and machine bodies (35–65 T).
Water & Ventilation50 L/min, recycling recommended
Clean water 0.3 bar for cooling and chip removal; recycling system saves water and protects the wire.
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 diamond wire, guide wheels, tensioning, cooling and lubrication.
04 · After-Sales SupportRemote technical assistance, maintenance support and spare parts coordination throughout the machine's service life.
Stone-Lifting Multi-Wire Saw Selection, Installation & Operation FAQ
Common Questions About Up-Feed Diamond Multi-Wire Cutting Machine
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.
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.
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.
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.
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%.
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.
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.
Lifting the block into a stationary wire web gives more stable cutting quality and lower maintenance requirements — the cast monoblock frame and lifting table carry the load, and the wire path stays constant. Down-feed designs suit thin-slab programs with frequent changeovers and save up to 60% diamond-wire consumption per setup; U-series machines are built for large, heavy blocks and long production cycles.
Yes. The machines accept wires from different suppliers, so you can run comparison tests and choose the wire that performs best on your stone. DINOSAW produces its own diamond wires and can supply matched wire and roller specifications for the U series.
Contact Dinosaw
Discuss Stone-Lifting Multi-Wire Saw Pricing, Configuration & ApplicationAre you looking for the perfect cutting machines or processing solutions for hard and brittle materials?
Facing challenges in stone quarrying, countertop cutting, concrete and underwater pipeline cutting, stainless steel rust removal and grinding, luxury thin slab cutting, agate and gemstone cutting, graphite cutting, or even building demolition?
Leave your inquiry, and you can expect a reply within 12 hours with tailored solutions!
Up-Feed Diamond Multi-Wire Cutting Machine
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Stone-Lifting Multi-Wire Saw Guides & Related Machines
Selection guides and related equipment for stone-lifting multi-wire cutting of granite, marble and large stone blocks.
Guides & Support
Marble Block Cutting Upgrade: Thin Multi-Wire vs Gang Saw Yield & 26% Profit Boost
Stop losing block value to inefficient gang saws. Compare thin multi-wire vs. gang saw yield rates and see how to hit a 26% profit boost with ultra-thin cutting technology. Includes a 60-second shop-readiness test to scale your high-value marble fabrication.
How to Choose a CNC Multi-Wire Saw: Configurations & Specs
Select the right multi-wire cutting machine by materials, thickness, wire count, tension control, PLC integration, footprint, and TCO.
Thin Multi-Wire Saw Operation & Maintenance Guide
A practical guide for multi-wire saw operators and technicians. Get SOPs, troubleshooting tips for common faults, and a preventative maintenance schedule to ensure peak performance and safety.
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