Tevo Tornado Review!

Introduction

The Tevo Tornado is presented as a cost-effective 3D printer that closely resembles the widely recognized CR-10 model in both design and functionality. It promises to deliver a large build volume and rapid heating capabilities, making it an attractive option for a wide array of printing needs. The printer's comparison with the CR-10 extends beyond superficial similarities, highlighting unique features that aim to enhance user experience, albeit with some drawbacks.

Packaging and Setup

The Tevo Tornado arrives well-packaged, ensuring the safety of its components during transit. Its setup process is straightforward, mostly requiring the assembly of major parts and connection of labeled wires, which eases the initial preparation for printing. This simplicity in setting up is complemented by a separate power supply for the heated bed, designed to speed up the heating process significantly.

Design and Functionality

The printer dons a robust design founded on 80/20 aluminum, ensuring stability and durability during prints. The inclusion of a sticky build surface on the heated bed is intended to improve adhesion, but might present challenges in removing finished prints. Moreover, it boasts a remarkable heating bed that is noted for its swift temperature escalation. An accessible LCD screen offers control over the printing process, further enhancing the operational ease of the printer.

Performance

In terms of performance, the Tevo Tornado makes a strong impression with its large build volume and versatile printing capabilities, accommodating a broad range of materials from PLA to ABS and flexible variants. The Titan extruder, an upgrade over the CR-10 model, ensures snug filament grip and smooth feeding, enhancing the overall print quality and reliability. Initial tests reveal excellent print quality, particularly noting the smooth finish of top layers.

Drawbacks

Despite its strengths, the printer exhibits some cons, including the initially welcome but practically cumbersome pre-test print on the bed that showcases factory testing. Furthermore, the excessive adhesiveness of the bed surface, while ensuring print stability, makes the removal of finished objects a taxing endeavor. Additionally, some prints manifest minor surface imperfections attributed to the stepper drivers, and the absence of a spool holder necessitates improvisation for managing filament during initial prints.

Conclusion

The Tevo Tornado positions itself as a versatile and reliable 3D printer that appeals to both beginners and seasoned enthusiasts looking for a well-rounded machine. Its design and performance characteristics draw favorable comparisons to the CR-10, with notable improvements in certain areas. Nevertheless, potential buyers should weigh its attractive price point against the outlined drawbacks, particularly considering bed adhesion and accessory completeness. As a package, the Tevo Tornado offers substantial value for those seeking to explore or expand their 3D printing capabilities.