Exact(3)
With Buccaneer, the plate is automatically calibrated and the printer is so far limited to just using PLA so there is no need to adjust the print temperature.
The parameters layer height, wall thickness, infill density, print speed and print temperature were investigated for the best model quality, optimizing for transparency and flexibility.
Table 3 Wall thickness of rings with increased printing temperature Print temperature [°C] Average wall thickness [mm] Difference from CAD model 240 2.09 4.5 2452.092502.0150 2.06 3.0 255 2.01 0.5 260 1.94.5 2452.092502.01
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Fig. 5 3D printing temperature effects on the transparency.
Both Jcr,a and Jcr,i increased with the printing temperature.
The results were taken in the following order: the effect of printing speed, infill percentage and printing temperature.
The resulting capillary bridges were characterized as a function of the cavity depth, printing temperature, resist thickness and printing time.
Hereby, the influence of the hydrogel building block concentration, the printing temperature, the printing pressure, the printing speed, and the cell density were analyzed in depth.
The Au/PC membrane was transfer printing over the previously printed PC substrate at 130°C and 500 psi for 3 min. Note that the first printing temperature is above the glass transition temperature (T g) of the PC substrate while the second printing temperature is below T g.
First, we optimize the printing temperature (i.e., T = 21 °C) of the MC-based hydrogel, so to obtain printed strands reproducing the designed geometry without defects.
While printing temperature and infill percentage only altered the geometry of the model compared to the CAD model by a range of around 2%, increasing printing speed had a more adverse effect on accuracy.
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