We report high resolution (1."1 x 0."9) imaging of the proto-planetary nebu
la AFGL 2688 in the CO (J=2-1) line and the continuum at 230 GHz, using the
IRAM interferometer. The observations reveal with unprecedented detail the
structure and the kinematics of the gas ejected by the star over the past
few hundred years. Two distinct, high-velocity outflow directions are detec
ted emerging from a central core of gas which surrounds the star: one is or
iented north-south along the optical axis, the other is oriented east-west,
close to the equatorial plane. We resolve the north-south and east-west ou
tflows into a striking series of collimated, bipolar outflows. The tips of
the outflows in the east-west direction correspond precisely to Ha emission
peaks seen in recent HST imaging at 2 mu m, providing direct evidence for
the impact and likely shaping effects of jets on the nearly spherical AGE m
olecular envelope. These outflows exemplify the mechanism by which point sy
mmetries are imprinted on the structure of planetary nebulae at early stage
s of their formation.