Using the latest technology of one-piece die-cast memory alloy hot end and super wear-resistant nozzle, temperature resistance up to 420°C. Compatible with PLA, ABS, ASA, PC, nylon, carbon fiber, and glass fiber materials. The nozzle aperture wear rate does not exceed 10% after printing carbon fiber materials for 2000 hours.

This is the best solution for printing engineering-grade materials with independent support materials, ensuring the best quality of engineering-grade material printing. It also supports copy, mirror, and backup mode printing.

The printing size of single printing reaches 400*300*300mm, and the printing size with support materials reaches 360*300*300mm. The printing size is larger than that of most professional-grade products on the market.

The back side of the Z-axis is composed of a high-precision ball screw and 4 reinforced optical axes, with high-precision tight fit and synchronous movement. The surface of the model is uniform and free of impurities, improving the printing surface quality of engineering-grade materials.

The active heated bed heating temperature reaches 140°C and the active chamber heating temperature reaches 70°C. It effectively prevents the shrinkage and cracking of engineering-grade materials, allowing ABS, ASA, PC, Nylon, UltraPA-CF, etc. to be perfectly formed and the mechanical properties to be maximized.

The F430 NX is specifically designed with a tight combination of high-precision machined structures to maintain dimensional accuracy and tight tolerances when printing the largest parts in engineering-grade materials. Not only does the F430 NX avoid warping and layer adhesion issues, but it creates massive parts with industrial-grade precision.

Adopting 5-inch high-resolution capacitive touch screen, it has no delay in operation, delicate touch, user-friendly interface and convenient operation and management.