An inspection apparatus comprising: a spectroscopic image capturing unit for spectroscopically separating light from an inspection object within a predetermined image capturing range into light of a plurality of wavelengths and for capturing spectroscopic images of each of the wavelengths; a shape inspection unit for inspecting a shape of the inspection object using a spectroscopic image of a predetermined wavelength among the captured spectroscopic images of each of the wavelengths; and a color inspection unit for inspecting a color of the inspection object using the captured spectroscopic images of each of the wavelengths, characterized by further comprising: a transport arm for transporting the inspection object having a gripping portion for gripping the inspection object and an image capturing holding portion for holding the spectroscopic image capturing unit at a position opposite to the inspection object gripped by the gripping portion; a transport controller for controlling driving of the transport arm; and a vision controller that is provided with a spectroscopic control unit for controlling the spectroscopic image capturing unit, the shape inspection unit, and the color inspection unit wherein the transport controller is configured to have the transport arm transport the inspection object to a first transport position using the gripping portion in a case where a defect having a predetermined size or larger is detected by the shape inspection unit, have the transport arm transport the inspection object to a second transport position using the gripping portion in a case where a defect having the predetermined size or larger is not detected by the shape inspection unit and chromaticity detected by the color inspection unit is out of a predetermined reference range, and have the transport arm transport the inspection object to a third transport position using the gripping portion in a case where a defect having the predetermined size or larger is not detected by the shape inspection unit and chromaticity detected by the color inspection unit is within the reference range. a spectroscopic image capturing unit for spectroscopically separating light from an inspection object within a predetermined image capturing range into light of a plurality of wavelengths and for capturing spectroscopic images of each of the wavelengths; a shape inspection unit for inspecting a shape of the inspection object using a spectroscopic image of a predetermined wavelength among the captured spectroscopic images of each of the wavelengths; and a color inspection unit for inspecting a color of the inspection object using the captured spectroscopic images of each of the wavelengths, characterized by further comprising: a transport arm for transporting the inspection object having a gripping portion for gripping the inspection object and an image capturing holding portion for holding the spectroscopic image capturing unit at a position opposite to the inspection object gripped by the gripping portion; a transport controller for controlling driving of the transport arm; and a vision controller that is provided with a spectroscopic control unit for controlling the spectroscopic image capturing unit, the shape inspection unit, and the color inspection unit a transport arm for transporting the inspection object having a gripping portion for gripping the inspection object and an image capturing holding portion for holding the spectroscopic image capturing unit at a position opposite to the inspection object gripped by the gripping portion; a transport controller for controlling driving of the transport arm; and a vision controller that is provided with a spectroscopic control unit for controlling the spectroscopic image capturing unit, the shape inspection unit, and the color inspection unit wherein the transport controller is configured to have the transport arm transport the inspection object to a first transport position using the gripping portion in a case where a defect having a predetermined size or larger is detected by the shape inspection unit, have the transport arm transport the inspection object to a second transport position using the gripping portion in a case where a defect having the predetermined size or larger is not detected by the shape inspection unit and chromaticity detected by the color inspection unit is out of a predetermined reference range, and have the transport arm transport the inspection object to a third transport position using the gripping portion in a case where a defect having the predetermined size or larger is not detected by the shape inspection unit and chromaticity detected by the color inspection unit is within the reference range. have the transport arm transport the inspection object to a first transport position using the gripping portion in a case where a defect having a predetermined size or larger is detected by the shape inspection unit, have the transport arm transport the inspection object to a second transport position using the gripping portion in a case where a defect having the predetermined size or larger is not detected by the shape inspection unit and chromaticity detected by the color inspection unit is out of a predetermined reference range, and have the transport arm transport the inspection object to a third transport position using the gripping portion in a case where a defect having the predetermined size or larger is not detected by the shape inspection unit and chromaticity detected by the color inspection unit is within the reference range.