Device to fabricate solid freeform fabrication object, non-transitory recording medium, and method of fabricating solid freeform fabrication object
A device to fabricate a solid freeform fabrication object includes a flattening device to lay powder to form a powder layer and flatten a surface of the powder layer, a liquid fabrication application device to apply a liquid fabrication to the powder layer to fabricate a layer object, a fabrication controller to control fabrication of the solid freeform fabrication object by repeating laying the powder to form a powder layer, flattening the surface of the powder layer, and applying the liquid fabrication to the powder layer to laminate the layer object to fabricate the solid freeform fabrication object, and a detector to detect humidity. The fabrication controller changes at least one of the moving speed of the flattening device, the number of rotation of the flattening device, the application amount of the liquid fabrication, and the lamination pitch according to the humidity detected by the detector.
1. A device to fabricate a solid freeform fabrication object, comprising:
a flattening device configured to lay powder to form a powder layer and flatten a surface of the powder layer;
a liquid fabrication application device configured to apply a liquid fabrication to the powder layer to fabricate a layer object;
a fabrication controller configured to control fabrication of the solid freeform fabrication object by repeating laying the powder to form a powder layer, flattening the surface of the powder layer, and applying the liquid fabrication to the powder layer to laminate the layer object to fabricate the solid freeform fabrication object, and;
a detector configured to detect humidity,
wherein the fabrication controller is further configured to change at least one of a moving speed of the flattening device and a number of rotations of the flattening device, according to the humidity detected by the detector.
2. The device according to claim 1 , wherein a flattening condition is determined depending on at least one of a kind of the powder and a kind of the liquid fabrication.
3. The device according to claim 1 , wherein the humidity is detected per predetermined time interval.
4. The device according to claim 1 , wherein the fabrication controller is further configured to change an application amount of the liquid fabrication according to the humidity detected by the detector.
5. The device according to claim 1 , wherein the fabrication controller is further configured to perform at least one of (i) increasing a moving speed of the flattening device and (ii) decreasing a number of rotation of the flattening device in comparison with an initially set value when the humidity detected by the detector is equal to or lower than a first threshold.
6. The device according to claim 5 , wherein the fabrication controller is further configured to perform at least one of (i) decreasing the moving speed of the flattening device and (ii) increasing the number of rotation of the flattening device in comparison with the initially set value when the humidity detected by the detector is equal to or higher than a second threshold.
7. The device according to claim 6 , wherein the fabrication controller is further configured to drive the flattening device according to the initially set value when the humidity detected by the detector is within a range between the first threshold and the second threshold.