NANOGRAPH

The NANOGRAPH CNC Cutting Machine is an advanced, mid-sized gantry-style cutting system engineered for precision and efficiency in metal fabrication. Constructed with flexibility and scalability in mind, this tough device blends high-speed performance with industrial grade durability, making it an ideal option for heavy duty applications such as shipping, structural fabrication, and pressure vessel manufacturing. 

Whether cutting mild steel plates or managing high-volume production runs, NANOGRAPH delivers clean, accurate cuts every time. The modular design, multiple torch capacities, and powerful oxy-fuel cutting capabilities make it a future-ready investment for growing operations.

• Precision Gantry Design for Stable, Accurate Cutting

The gantry system that is drive by one side and has precision-machined rail ensure smooth and vibration free movement. This lead to precise torch positioning, cleaner cuts, and extended machine life, which is ideal for thick steel plate cutting and heavy-duty fabrication. 

• Scalable Cutting Widths & Modular Rails

By expanding in 3-meter increments, the modular rail extensions make it a CNC solution that is future-proof and can grow with your future needs.

• Multi-Torch CNC Cutting – Up to 4 Torches

Enhance productivity with a maximum of 4 oxy-fuel torches, precisely spaced at 125mm. This setup allows for simultaneous cutting of parts, which is perfect for mass production in shipbuilding, construction, and pressure vessel manufacturing.

• Industrial-Grade Oxy-Fuel Cutting – Up to 100mm

The NANOGRPH is capable of cutting mild steel up to 6mm thick with power, even with all four torches active (clean cuts up to 50mm). Perfect of infrastructure and industrial metal cutting 

• High-Speed Performance for Mass Production

The machine has a cutting speed 6,000 mm/min and a rapid traverse of 12,000 mm/min, which reduces downtime and performs well in high-volume CNC operations.

• Robust Torch Mounting with Steel Belt System

The durable steel belt mounting system ensures that the torch movement moves with precision and reliability, even in multi-shift or harsh environments. Maintenance is reduced and uptime is maximized.