Wire Saw Machine
0102030405
Nano wire saw machine
The TSY-MLWA Nano Wire Cutting Machine is a dedicated machine for cutting marble and luxury stone. It utilizes a block-lift feed cutting method and is equipped with our independently developed diamond wire for stone cutting. Leveraging the advantages of a closed-loop technology approach encompassing "machine + wire + cutting technology+ service," it effectively addresses the problems of traditional slab cutting, such as low yield, high energy consumption, high noise levels and low efficiency. The machine is stable and reliable, delivering excellent surface quality, significantly improved cutting efficiency and yield. lt was designed to help customers achieving clean, efficient production as well as green, sustainable development.
- We provide a comprehensive solution with equipment, diamond wire, process and services
- Features include high equipment stability, minimal wire tension fluctuations, and more stable cutting
- Cutting process is automatically matched
- Processing efficiency is 15%-30% higher than the market average
- Over 20 years of experience in stone sawing
- Capable of cutting hard materials such as luxury stones.
01
Skystone owns a closed loop technology advantage of "machine + wire + cutting technology+ service", enabling us to continuously provide customers with complete slabs cutting solutions.
02
The entire machine structure has passed undergone resonance and strength analysis and a high safety factor is incorporated, ensuring our machine long-term stable and reliable operation.
03
Low inertia ratio: The ratio of the roller and pay-off and take-up pulley inertia to the motor rotor inertia is less than 15, ensuring high mechanical response even at high speed.
04
Core rotating components: The roller bearing housing and high-power motors (such as the roller servo motor and pay-off and take-up servo motor) are liquid-cooled and equipped with a high-power cooling system. This ensures a stable temperature of 45-50°c regardless of location and season, ensuring long-term stable and reliable operation of the core rotating components.