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Multi Wire Saw Machine With Super Thin Wire For Marble
Product Introduction
The new generation of Pinhe Gulfstream lifting wire saw adopts a prefabricated modular design, integrating the column bed and a double-layer operating platform, achieving a breakthrough in foundation-free installation. Compared to traditional equipment, it eliminates the need for concrete foundation casting and platform construction , the overall design is sleek and modern with bidirectional feeding capabilities. Specifically designed to meet the upgrade needs of existing wire saw workshops, it can be directly installed on the original equipment foundation, fully maintaining the existing material loading and unloading routes, reducing the construction period by over 60%, and lowering the overall renovation costs by 50%.
The new Gulfstream model has undergone significant upgrades to the wire retracting and releasing chamber:
- Fully sealed water-blocking compartments at the wire entry and exit end
- Upgraded wire guiding system with oil-immersed guide rails
- Motor unit equipped with composite waterproof board
These enhancements effectively resist 90% of water mist penetration, significantly extending the electrical components' lifespan.
A visual observation ladder has been added, enabling precise alignment at the wire entry and exit end, making operations more convenient and efficient.
The cooling pipeline has been redesigned with a distributed independent water circuit system. Each cooling unit is equipped with a dedicated circulation pipeline, linked to the main cooling system through intelligent flow valves, achieving a temperature control accuracy of ±0.5℃, ensuring the continuous and stable operation of the spindle and drive motor, and extending the lifespan of key components by over 30%.
Equipped with the Pinhe Stone Wire Saw Intelligent Control 4.0 system, it integrates:
1. Multi-modal sensing matrix
Industrial vision module
High-precision millimeter-wave radar
2. PH-Cloud intelligent computing platform
This enables dynamic optimization of process parameters, real-time assessment of cutting quality, and remote diagnosis of equipment status, forming a closed-loop control system. Through machine learning algorithms, the system can autonomously match the best cutting solutions, improving processing efficiency by 30%, reducing diamond wire consumption by 20%, and significantly reducing the technical reliance on operators.
Product Parameters
Block Entry into Machine | From side (as picture shown above) |
Trolley Movement | Trolley (block) going up |
Dimension | 6M(L) * 4M(W) * 6.5M(H) |
Motors | Siemens Servo Motor Control System Main Motor 60kw |
Total Power | 300kw |
Processing Size | L3400mm * W2000m * H2200mm |
Cutting Wire Speed | 0-35m/min |
Cutting Down Feed | 0-25cm/h |
Roller Material | Aviation Aluminum Roller ф350mm |
Wire Storage | 30-50km |
G.W | 45 Tons |
Bearing Housing | German NSK Bearing with High Speed Housing |
Wire Diameter | 0.38mm - 0.8mm |
Main Body | Cast Iron |
PLC | AI Automatic Control System of Siemens |