An ophthalmic lens having a front main face and a back main face comprising: - a means for cutting off ultraviolet light arriving on the front main face of the ophthalmic lens, said cutting means being made of a substrate of the ophthalmic lens; - an antireflection coating, on the back main face of the ophthalmic lens, having an average reflection factor in the UV weighted by the function M(λ) defined in the standard ISO 13666:1998 lower than or equal to 7%; and - at least one filter blocking at least partially the blue light in the wavelength range extending from 420 to 450 nanometers, said filter being formed on a main face of the lens and characterized in that it provides the main face comprising said filter with the following property: - for an angle of incidence θ ranging from 0° to 15° and for an angle of incidence θ' ranging from 30° to 45°, a parameter Δ(θ,θ') defined by the relation Δ(θ,θ') = 1 - [R θ' (435 nm) / R θ (435 nm)], so that this parameter Δ(θ,θ') is higher than or equal to 0.5 and preferably higher than or equal to 0.6, where • R θ (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ, and • R θ' (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ'. - a means for cutting off ultraviolet light arriving on the front main face of the ophthalmic lens, said cutting means being made of a substrate of the ophthalmic lens; - an antireflection coating, on the back main face of the ophthalmic lens, having an average reflection factor in the UV weighted by the function M(λ) defined in the standard ISO 13666:1998 lower than or equal to 7%; and - at least one filter blocking at least partially the blue light in the wavelength range extending from 420 to 450 nanometers, said filter being formed on a main face of the lens and characterized in that it provides the main face comprising said filter with the following property: - for an angle of incidence θ ranging from 0° to 15° and for an angle of incidence θ' ranging from 30° to 45°, a parameter Δ(θ,θ') defined by the relation Δ(θ,θ') = 1 - [R θ' (435 nm) / R θ (435 nm)], so that this parameter Δ(θ,θ') is higher than or equal to 0.5 and preferably higher than or equal to 0.6, where • R θ (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ, and • R θ' (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ'. - for an angle of incidence θ ranging from 0° to 15° and for an angle of incidence θ' ranging from 30° to 45°, a parameter Δ(θ,θ') defined by the relation Δ(θ,θ') = 1 - [R θ' (435 nm) / R θ (435 nm)], so that this parameter Δ(θ,θ') is higher than or equal to 0.5 and preferably higher than or equal to 0.6, where • R θ (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ, and • R θ' (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ'. • R θ (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ, and • R θ' (435 nm) represents the reflectivity value of the main face comprising said filter at a 435 nanometer-wavelength for the angle of incidence θ'.