We present investigations on ultracold molecule creation from ⁶Li and ²³Na, including fermionic dipolar NaLi molecules. A quantum gas of such dipolar molecules can be used for exploring many-body physics as well as quantum information processing. We first prepare a cold, dense mixture of ⁶Li and ²³Na atoms in an optical dipole trap. Molecules are then formed by ramping an external magnetic field across a Feshbach resonance. Isolation of the molecules are achieved via Stern-Gerlach methods. We report on the creation and isolation Na₂ and Li₂ molecules, and have evidence of dipolar NaLi molecule formation. Further work is being done on the isolation of NaLi molecules.