Ophthalmic machine, comprising: - lighting means (1, 2) adapted to provide an excitation light having wavelengths comprised between 430 nm and 490 nm; - scanning means adapted to scan said excitation light on an eye retina; - first filtering means adapted to receive light emitted by the retina, when illuminated by said excitation light, said first filtering means having a first blocking band to block light with wavelengths corresponding to the wavelengths of said excitation light and a first passing band to transmit light with wavelengths higher than the wavelengths of said excitation light, said first filtering means having an optical density higher than 6 in said first blocking band; - second filtering means adapted to receive the light transmitted by said first filtering means, said second filtering means having a second blocking band comprised in an interval of wavelengths higher than 600 nm and a second passing band comprised in an interval of wavelengths lower than 600 nm, said second filtering means having an optical density lower than 3 in said second blocking band; - third filtering means adapted to receive the light transmitted by said first filtering means, said third filtering means having a third blocking band comprised in an interval of wavelengths lower than 570 nm and a third passing band comprised in an interval of wavelengths higher than 570 nm, said third filtering means having an optical density lower than 3 in said third blocking band; - first detection means adapted to receive a light transmitted by said second filtering means and provide first detection signals indicative of the light transmitted by said second filtering means; - second detection means adapted to receive a light transmitted by said third filtering means and provide second detection signals indicative of the light transmitted by said third filtering means; - processing means adapted to receive the first and second detection signals (D1, D2) provided by said first and second detection means (7, 8) and provide one or more images (IF, I1, 12, 13, 14) of the retina, said images of the retina comprising at least a color fluorescence image of the retina. - lighting means (1, 2) adapted to provide an excitation light having wavelengths comprised between 430 nm and 490 nm; - scanning means adapted to scan said excitation light on an eye retina; - first filtering means adapted to receive light emitted by the retina, when illuminated by said excitation light, said first filtering means having a first blocking band to block light with wavelengths corresponding to the wavelengths of said excitation light and a first passing band to transmit light with wavelengths higher than the wavelengths of said excitation light, said first filtering means having an optical density higher than 6 in said first blocking band; - second filtering means adapted to receive the light transmitted by said first filtering means, said second filtering means having a second blocking band comprised in an interval of wavelengths higher than 600 nm and a second passing band comprised in an interval of wavelengths lower than 600 nm, said second filtering means having an optical density lower than 3 in said second blocking band; - third filtering means adapted to receive the light transmitted by said first filtering means, said third filtering means having a third blocking band comprised in an interval of wavelengths lower than 570 nm and a third passing band comprised in an interval of wavelengths higher than 570 nm, said third filtering means having an optical density lower than 3 in said third blocking band; - first detection means adapted to receive a light transmitted by said second filtering means and provide first detection signals indicative of the light transmitted by said second filtering means; - second detection means adapted to receive a light transmitted by said third filtering means and provide second detection signals indicative of the light transmitted by said third filtering means; - processing means adapted to receive the first and second detection signals (D1, D2) provided by said first and second detection means (7, 8) and provide one or more images (IF, I1, 12, 13, 14) of the retina, said images of the retina comprising at least a color fluorescence image of the retina.