When printing large or high-strength engineering materials (e.g., ABS), uneven cooling causes internal thermal stress, leading to warping, delamination, or cracking.

In low-temperature environments, excessive temperature differences between molten and solidified layers weaken adhesion. A controlled heated chamber maintains optimal layer temperature, enhancing molecular diffusion for stronger interlayer bonding.

The heated chamber reduces ambient humidity’s effect on hygroscopic materials (e.g., nylon), preventing bubbles or strength loss caused by moisture absorption during printing.

For industrial production, chamber temperature stability is critical for part-to-part uniformity. Active temperature control eliminates environmental variability, guaranteeing reliable repeatability.

A new UI design language, better user interaction experience, and more convenient operation.

For tall Z distance 3D printing devices, the texture of the Z-axis surface texture will deteriorate as the model height increases. Our Z-axis magic box technology can greatly reduce or even eliminate the Z-surface texture of tall models, ensuring that the surface quality of the model remains smooth and consistent.