An imaging device (100; 300) comprising: a support plate (120; 320) having a surface that is configured to receive an object for imaging, said surface defining an object plane (122; 322); a housing (110; 310) surrounding the object plane across the support plate; an image capture device (140; 340) coupled to the housing, the image capture device having an optical lens (142, 342) and being positioned vertically above the object plane of the support plate, wherein a distance (d L) between the optical lens and the object plane is 166 mm to 178.0 mm, the support plate being configured to transmit light through the object plane to the optical lens of the image capture device; a back illumination device (130; 330) coupled to the housing, wherein the back illumination device comprises a back emitter face (136; 336) opposite the object plane relative to the support plate, wherein the back emitter face is 1.5 mm to 4.5 mm from the object plane, the object plane being positioned between the back emitter face and the optical lens, and wherein the back emitter face is configured to transmit diffuse light through the object plane; a first reflector plane (114; 314) within the housing, the first reflector plane being defined by a first planar surface that is either a first inner surface of the housing or a first panel (113; 313) that is coupled to an inner surface of the housing, the first planar surface optionally having a coating thereon, wherein the first reflector plane is oblique to the object plane and inclined at an angle (α 1) of 68.0° to 70.0° from the object plane; and a second reflector plane (116; 316) within the housing, the second reflector plane being defined by a second planar surface that is either a second inner surface of the housing or a second panel that is coupled to the inner surface of the housing, the second planar surface optionally having a coating thereon, wherein the second reflector plane is oblique to the object plane and inclined at an angle (α 2) of 68.0° to 70.0° from the object plane; wherein the first and second reflector planes are in reflective communication with the object plane and configured to reflect light that is transmitted by the back emitter face through the object plane towards the object plane. a support plate (120; 320) having a surface that is configured to receive an object for imaging, said surface defining an object plane (122; 322); a housing (110; 310) surrounding the object plane across the support plate; an image capture device (140; 340) coupled to the housing, the image capture device having an optical lens (142, 342) and being positioned vertically above the object plane of the support plate, wherein a distance (d L) between the optical lens and the object plane is 166 mm to 178.0 mm, the support plate being configured to transmit light through the object plane to the optical lens of the image capture device; a back illumination device (130; 330) coupled to the housing, wherein the back illumination device comprises a back emitter face (136; 336) opposite the object plane relative to the support plate, wherein the back emitter face is 1.5 mm to 4.5 mm from the object plane, the object plane being positioned between the back emitter face and the optical lens, and wherein the back emitter face is configured to transmit diffuse light through the object plane; a first reflector plane (114; 314) within the housing, the first reflector plane being defined by a first planar surface that is either a first inner surface of the housing or a first panel (113; 313) that is coupled to an inner surface of the housing, the first planar surface optionally having a coating thereon, wherein the first reflector plane is oblique to the object plane and inclined at an angle (α 1) of 68.0° to 70.0° from the object plane; and a second reflector plane (116; 316) within the housing, the second reflector plane being defined by a second planar surface that is either a second inner surface of the housing or a second panel that is coupled to the inner surface of the housing, the second planar surface optionally having a coating thereon, wherein the second reflector plane is oblique to the object plane and inclined at an angle (α 2) of 68.0° to 70.0° from the object plane;