Development an improved nanoindentation protocol for 3D printed elastomers at the microscale): a standard Berkovich tip and a 10.26 µm radius conospherical tip, both made of diamond. Prior to the measurements, the indentation tip was calibrated against air and the tip area function was calculated. All indents were performed in displacement control. The data were then analyzed using two methods depending on the application: the Oliver-Pharr (OP) method or the nano-Johnson-Kendall-Roberts (nano-JKR) model. Two displacement profiles were performed. Standard trapezoidal displacement profiles with a peak displacement of 2000 nm and adapted profile, that included lift-off segments to account for adhesion forces: After the surface was first detected, the tip was lifted off from the surface to a height of 4000 nm, well outside of the adhesive interaction zone, and finally approached again, to capture the full interaction between the nanoindenter tip and the sample. The samples were then indented to a peak displacement of approximately 2000 nm. After indentation, the tip was withdrawn from the sample to the same lift-off height. The data were then analyzed using the Origin App "Soft Matter