  Nowadays three-dimensional (3D) printing has been widely used for producing
geometrically complex 3D structures from a broad range of materials such as
ceramics, metals, polymers, semiconductors, etc. Although it has been
demonstrated that a fabrication resolution as high as ~100 nm can be achieved
in 3D printing based on two photon polymerization (TPP), the end product size
of TPP is typically on millimeter scale limited by the short working distance
of high-numerical-aperture focal lens. Here we present a method based on
simultaneous spatiotemporal focusing (SSTF) of the femtosecond laser pulses
that enables to fabricate centimeter-scale 3D structures of fine features with
TPP. We also demonstrate an isotropic spatial resolution which can be
continuously tuned in the range of ~10 um and ~40 um by only varying the power
of femtosecond laser, making this technique extremely flexible and easy to
implement. We fabricate several Chinese guardian lions of a maximum height of
0.6 cm and a Terra Cotta Warrior of a height of 1.3 cm using this method.
