CNC Stone Router Amastone Next
The ideal tool for any marble shop looking to expand its capabilities
The CNC Stone Router “NEXT” amastone is a high-tech automated machine for stone fabricators to work natural stones such as granite, quartz, marble, limestone.
With a Next CNC Router you will have the ability to produce:
The NEXT CNC Stone Router comes with 3 interpolating axes + 1 optional rotary axis (lathe) and with useful working dimensions of X:1000, Y:1500, and Z:260 mm.
Thanks to its high-quality components, the NEXT CNC Stone Router is engineered for working hard materials, and it’s best known for its performance, precisions, and usability.
Including this CNC Stone Router to your workshop, you will increase your productivity, improve the quality and finish of your work, offer unparalleled craftsmanship and customization with quick and clearly defined delivery times
Motion is managed by an OSAI Controller (NC) having high computational power and reliability. They are highly flexible, scalable and require minimal maintenance. 60,000 applications have been installed worldwide in many industries.
We rely on the best “brains” available.
For you this means:
Engravings and bas-reliefs are worked in less time with the same execution accuracy.
All movements have been optimized via parameterization of accelerations and decelerations, especially when the tool is above the material moving from one point to another.
Our machines operate with the most popular CAD/CAM software on the market.
We can develop the post-script for any standard software in collaboration with your chosen CAD/CAM software house.
If instead, this is your first stone router, we will integrate the software most suitable for your needs.
The NEXT-CNC-Router “Z correction” feature allows you to perform lettering even on irregular, unlevel surfaces, and inclined planes.
The first step is to acquire the flatness scanning the surface using a suitable CNC-machine touch probe.
Then, with Z-correction enabled, the system automatically corrects height to ensure the correct engraving depth across the irregular surface.