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Introducing composite mineral casting
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Economical solution for small parts
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Small footprint, superior performance
Change from a cast iron to a composite mineral casting (epoxy granite) frame.
The new edition of our famous SYIL X7 small CNC machine provides you with exciting improvements. The biggest upgrade is the change from a cast iron to a composite mineral casting (epoxy granite) frame. Composite mineral casting, also known as resin concrete, is a combination of inorganic and organic materials. The main advantages of this frame and therefore of the SYIL X7 small CNC mill are listed below:
- Superior damping to metal materials improves the dynamic stability of the machine bed structure in fast and accurate production machinery
- Machine beds and machine bed components with an excellent mass/rigidity ratio
- Fewer faults when subjected to thermal loads thanks to high thermal inertia
An economical solution for small parts machining
The SYIL X7 small CNC machine comes with splendid performance specifications. You can cut small parts at high speed and with high processing quality. Yet, with reasonable costs per unit.
Partly due to its compact size, the upfront investment for the SYIL X7 is much lower compared to the competition. The machine is easy to operate with relatively low maintenance and service costs.
In conclusion, the SYIL X7 is your economical solution for cutting small parts.
Compact design, superior performance
The mineral casting process provides an exceptional degree of freedom with respect to the shape of the components. In our case, using a mineral casting machine bed offers us the possibility to place the X-axis motor under the table. We are thus able to reduce the width of our enclosures to 1.5m without compromises on table size or safety distances in the enclosure. The specific characteristics of the material and of the process result in comparatively high strength and significantly lower weight.
The heat shrinkage of mineral casting is very little, and no local shrinkage, so the precision is much higher than that of traditional cast iron. Mineral castings are formed at one time without machining in many cases. The requirements of higher accuracy can be achieved by easily milling and grinding even if higher accuracy is needed. As a result, the accuracy of the machined workpiece is improved.
