Yes. ABS-M30 is significantly stronger and tougher than standard FDM ABS, offering up to 25–70% improvement depending on geometry. It is frequently used for low-volume production, industrial jigs, fixtures, and functional prototypes that must withstand real mechanical testing. 

Absolutely. ABS-M30 can be drilled, tapped, milled, or CNC-finished to achieve higher precision. XC Machining often uses hybrid manufacturing: FDM printing for complex geometry and CNC machining for tight-tolerance surfaces or mounting features. 

ABS-M30 performs well in normal indoor environments but is not ideal for prolonged outdoor exposure due to UV sensitivity. For sunlight-exposed or high-temperature applications, ABS-M30 is not recommended, ASA or PC-ABS are better choices. 

Yes, like all FDM materials, ABS-M30 prints with visible layer lines. These can be removed through sanding, priming, painting, or acetone vapor smoothing. XC Machining provides multiple finishing options to achieve a smooth, injection-molded appearance. 

CNC ABS offers superior dimensional accuracy, tighter tolerances, and perfectly smooth surfaces. ABS-M30, however, is better for complex geometries and internal features. Many customers choose XC Machining’s hybrid workflow, 3D print the shape, then CNC-finish the critical surfaces.