  Monte Carlo results for the low-lying glueball spectrum using an improved,
anisotropic action are presented. Ten simulations at lattice spacings ranging
from 0.2 to 0.4 fm and two different anisotropies have been performed in order
demonstrate the advantages of using coarse, anisotropic lattices to calculate
glueball masses. Our determinations of the tensor (2++) and pseudovector (1+-)
glueball masses are more accurate than previous Wilson action calculations.
