Active Heated Chamber
Minimizes Thermal Stress and Warping
When printing large parts or high-strength engineering materials such as ABS, uneven cooling can create internal thermal stress, which may result in warping, layer separation, or cracking.
Strengthens Interlayer Bonding
In low-temperature conditions, large temperature differences between molten and solidified layers reduce adhesion strength. A temperature-controlled heated chamber keeps layers at an optimal temperature, promoting molecular diffusion and resulting in stronger interlayer bonding.
Minimizes Moisture-Related Impact
The heated chamber minimizes the impact of ambient humidity on moisture-sensitive materials such as nylon, helping to prevent bubbles and strength degradation caused by moisture absorption during printing.
Guarantees Consistent Operation
In industrial production, stable chamber temperature is essential for consistent part quality. Active temperature regulation removes the influence of environmental changes, ensuring dependable repeatability.