An imaging device (100, 200) for correcting both longitudinal chromatic aberration and transverse chromatic aberration, the imaging device comprising: receiver optics for receiving and focusing radiation emanating from a scene, said radiation comprising a first wavelength (λ 1) selected from a first spectral band, and further comprising a second spectral band (λ 2), wherein said first wavelength (λ 1) is a multiplicative factor less than the midpoint of said second spectral band (λ 2), said multiplicative factor being selected from the list consisting of: three; four; and five; a diffractive and focusing surface, optically coupled with said receiver optics, wherein said diffractive and focusing surface is configured to diffract said first wavelength (λ 1) received from said receiver optics at an order of diffraction equal to said multiplicative factor, and is further configured to diffract said second spectral band (λ 2) received from said receiver optics at a first order of diffraction; and a first diffractive and focusing arrangement, optically coupled with said diffractive and focusing surface, wherein said first diffractive and focusing arrangement is configured to diffract said first wavelength (λ 1) received from said diffractive and focusing surface at a first order of diffraction, and is further configured to diffract said second spectral band (λ 2) received from said diffractive and focusing surface at a zeroth order of diffraction, characterized in that, said imaging device further comprises a second diffractive and focusing arrangement, optically coupled with said first diffractive and focusing arrangement, wherein said second diffractive and focusing arrangement is configured to diffract said first wavelength (λ 1) received from said first diffractive and focusing arrangement at a first order of diffraction, and is further configured to diffract said second spectral band (λ 2) received from said first diffractive and focusing arrangement at a zeroth order of diffraction, such that said first wavelength (λ 1) and second spectral band (λ 2) emanating from said second diffractive and focusing arrangement focuses at a common focal length along an optical axis, and at a common focal plane width perpendicular to said optical axis, producing a final image without longitudinal chromatic aberration and without transverse chromatic aberration. receiver optics for receiving and focusing radiation emanating from a scene, said radiation comprising a first wavelength (λ 1) selected from a first spectral band, and further comprising a second spectral band (λ 2), wherein said first wavelength (λ 1) is a multiplicative factor less than the midpoint of said second spectral band (λ 2), said multiplicative factor being selected from the list consisting of: three; four; and five; a diffractive and focusing surface, optically coupled with said receiver optics, wherein said diffractive and focusing surface is configured to diffract said first wavelength (λ 1) received from said receiver optics at an order of diffraction equal to said multiplicative factor, and is further configured to diffract said second spectral band (λ 2) received from said receiver optics at a first order of diffraction; and a first diffractive and focusing arrangement, optically coupled with said diffractive and focusing surface, wherein said first diffractive and focusing arrangement is configured to diffract said first wavelength (λ 1) received from said diffractive and focusing surface at a first order of diffraction, and is further configured to diffract said second spectral band (λ 2) received from said diffractive and focusing surface at a zeroth order of diffraction, characterized in that, said imaging device further comprises a second diffractive and focusing arrangement, optically coupled with said first diffractive and focusing arrangement, wherein said second diffractive and focusing arrangement is configured to diffract said first wavelength (λ 1) received from said first diffractive and focusing arrangement at a first order of diffraction, and is further configured to diffract said second spectral band (λ 2) received from said first diffractive and focusing arrangement at a zeroth order of diffraction, such that said first wavelength (λ 1) and second spectral band (λ 2) emanating from said second diffractive and focusing arrangement focuses at a common focal length along an optical axis, and at a common focal plane width perpendicular to said optical axis, producing a final image without longitudinal chromatic aberration and without transverse chromatic aberration.