Sovol Zero 3D Printer

Comming Soon

Subscribe to receive launch notifications and an early-bird discount, and be among the first to get Zero.

1200mm/s

Unleash Your Creativity with an Unprecedented 1200mm/s Printing Speed! Experience the next level of 3D printing with Sovol Zero, designed for blazing-fast performance, precision, and reliability. Push the limits of your imagination with unmatched speed and efficiency!

Ultimate CoreXY Kinematics, Ultimate Speed

With a more compact design, fewer moving parts, faster acceleration, and reduced vibration, CoreXY delivers high-speed, precise printing like never before.

Next-Gen 3.0 Auto-Leveling

The all-new 3.0 auto-leveling system combines eddy current scanning with pressure sensing for unparalleled accuracy. The eddy current sensor rapidly maps the Z-axis compensation grid without physical contact, using magnetic induction for faster data acquisition. Then, the pressure sensor fine-tunes the precise touchpoint location, ensuring exceptional leveling precision while minimizing errors.

XYZ Full Linear Rails

Linear rails ensure smoother motion and superior control, enhancing print quality and reliability by minimizing artifacts. With greater rigidity and corrosion resistance, they offer extended durability for long-term performance.

AC Heated Bed

Zero utilizes an AC heated bed, reaching a maximum temperature of 120°C. AC heating enables faster heat-up, reducing preparation time and ensuring stable bed temperatures during long prints. A high-temperature heated bed is essential for successfully printing high-temperature filaments. It also includes an overheating protection feature for added safety.

Open Source

Breaking the Barriers, Creating Freedom; Empowering users to freely customize and modify Sovol Zero, providing more space for personalization and innovation to meet diverse needs and creativity.

Chamber Temp Monitoring

Real-time chamber temperature monitoring with a temperature sensor, combined with the upcoming chamber heating component, ensures optimal printing temperatures for various filaments.

Air Filtration System

The Zero's air filtration system effectively filters VOCs, particles, and other emissions produced during printing, ensuring a cleaner and safer indoor air environment.

Silicone Damping Pad

The damping pad effectively absorbs vibrations generated during the high-speed operation of the 3D printer, enhancing the device's stability and user experience. It ensures a smoother and more stable fast printing process, thereby improving print quality.

Built-in Camera

The camera provides real-time monitoring and detection of the printing process (in conjunction with Obico). It also records the entire printing journey, offering time-lapse footage and providing convenience and insights into the printing experience.

Compatible with More Filaments

With higher hotend and heated bed temperatures, the 3D printer supports a wider range of advanced and challenging filaments, catering to more applications and diverse printing needs.

Silicone Damping Pad

The damping pad effectively absorbs vibrations generated during the high-speed operation of the 3D printer, enhancing the device's stability and user experience. It ensures a smoother and more stable fast printing process, thereby improving print quality.

Built-in Camera

The camera provides real-time monitoring and detection of the printing process (in conjunction with Obico). It also records the entire printing journey, offering time-lapse footage and providing convenience and insights into the printing experience.

Compatible with More Filaments

With higher hotend and heated bed temperatures, the 3D printer supports a wider range of advanced and challenging filaments, catering to more applications and diverse printing needs.

Adaptive Area Detection

Adaptive area detection compensates for leveling based on the downward projection of the print model, effectively reducing leveling preparation time. By detecting the model's geometry, the extrusion volume is optimized to improve accuracy in detail areas.

Pressure Advance

Pressure Advance optimizes extruder control by compensating for extrusion lag. It adjusts flow before movement changes (corners or acceleration/deceleration), ensuring precise extrusion and minimizing over- or under-extrusion, significantly improving print accuracy and speed.

Input Shaping

Input Shaping technology mathematically adjusts the printer’s acceleration commands to compensate for mechanical resonance caused by rapid movements, reducing ringing/ghosting artifacts during printing. This allows for higher printing speeds while maintaining superior print quality.