We propose a new imaging γ-ray detector in the MeV region. By measuring the directions and energies of not only a scattered γ-ray, but also a recoil electron, the direction of an incident γ-ray would be essentially reconstructed event by event. Furthermore, one of two measured (zenith and azimuth) angles of a recoil electron gives us an additional redundancy which enables us to reject the background events by kinematic constraints. In order to, measure the track of a recoil electron, the micro time projection chamber (μ-TPC) has been developed, which can measure the successive positions of the track of charged particles in a few hundred micron meter pitch. The μ-TPC consists of the new type of a gas proportional chamber: micro Pixel gas chamber (μ-PIC), which is one of wireless gas chambers and expected to be robust and stable. Using this μ-TPC and the Anger camera for the detection of a scattered γ-ray, we have obtained the first γ-ray image by the full reconstruction of the direction of γ-rays event by event.