EssilorLuxottica Quality Performance Laboratory-Agordo

Part 1 of 5

(A2LA Cert. No. 3387.03) Revised 07/31/2026 Page 1 of 4 SCOPE OF ACCREDITATION TO ISO/IEC 17025:2017 ESSILORLUXOTTICA QUALITY PERFORMANCE LABORATORY - AGORDO 32021 Via Leonardo Del Vecchio, 1 Agordo, Belluno, ITALY Alfredo Perna Phone: +39-0437644446 MECHANICAL Valid To: April 30, 2028 Certificate Number: 3387.03 In recognition of the successful completion of the A2LA evaluation process, accreditation is granted to this laboratory to perform the following tests on eyewear and optical materials: Standard Test Method(s) ISO 8624 (Sections 2.2, 2.3, 2.5, 2.6, A.5, A.6, A.9) Ophthalmic Optics – Spectacle Frames – Measuring System and Terminology GB/T 38004 (Sections 2.2, 2.3, 2.5, 2.6, A.5, A.6, A.9) Spectacle frames—Measuring system and terminology ISO 12870 4.4 Dimensional Tolerances on Nominal Size* 8.2 Dimensional Stability at Elevated Temperature 8.3 Resistance to Perspiration 8.4 Bridge Deformation and Lens Retention 8.5 Endurance 8.6 Resistance to Ignition 8.7 Resistance to Optical Degradation GB/T 14214 4.4 Dimensional Tolerances on Nominal Size** 8.3 Dimensional Stability at Elevated Temperature 8.4 Resistance to Perspiration 8.6 Bridge Deformation & Lens Retention 8.7 Endurance 8.8 Resistance to Ignition 8.9 Resistance to Optical Degradation ISO 12311 6.1 Frame Deformation and Filter Retention 6.2 Increased Endurance of Sunglasses 6.3 Resistance to Perspiration ISO 18526-1 6.1 Test Method for Spherical, Astigmatic and Prismatic Refractive Powers 6.2 Test Method for the Prism Imbalance of Complete Sunglasses or Filters Covering Both Eyes 6.3 Spatial Deviation

Part 2 of 5

(A2LA Cert. No. 3387.03) Revised 07/31/2026 Page 2 of 4 Standard Test Method(s) ISO 18526-2 6 Test Method for Measuring Transmittance - General 7.4 Measurement of Uniformity of Luminous Transmittance 7.5 Transmittance Matching at Right and Left Reference Points 8 Ultraviolet Transmission 9.1 Solar Blue-light Transmittance 10.4 Solar IR Transmittance 11 Relative Visual Attenuation Quotient for Signal Light Detection 14.1 Wide Angle Scatter 15.1 Plane of Transmission 15.2 Polarizing Efficiency 16 Photochromic Lenses ISO 18526-3 6.1 Physical Inspection 6.2 Field of View 6.3 Area to be Protected – Assessment from the Frontal Direction 6.4 Area to be Protected – Assessment from the Lateral Direction 6.5 Retention by Headbands and Harness (Sit and Fit) 6.6 Visual Assessment of Material and Surface Quality of Lenses 6.8.2 Resistance to Solar Ultraviolet Radiation 6.9 Corrosion Test 6.10 Resistance to Ignition 6.11 Resistance to Fogging of Lenses or Filters 6.12 Protection Against Droplets 7.2.2 Drop Ball Test for Unmounted Lenses 7.3.1 Drop Ball Test for Complete Protectors ISO 12312-1 11.1 Coverage GB/T 39552.2 5 Filter Material and Surface Quality 6.3 Measurement of Spectral Transmittance 6.4 Uniformity of Luminous Transmittance - Sunglasses 6.5 Ultraviolet Transmittance 6.9 Relative Visual Attenuation Quotient for Signal Light Detection 6.10 Wide Angle Scatter 6.11 Plane of Transmission 6.12 Photochromic Filters 7.1 Spherical, Astigmatic and Prismatic Refractive Powers 7.2 Prism Imbalance 8.1 Endurance Test for Sunglass 8.2.1 Bridge Deformation 8.2.2 Lens Retention 8.3 Resistance to Solar Degradation 8.4 Resistance to Ignition 8.5.1 Resistance to Perspiration 8.6.3 Impact Resistance (Strength Level 1) (Drop Ball) 8.6.4 Impact Resistance (Strength Level 2) (Drop Ball)

Part 3 of 5

(A2LA Cert. No. 3387.03) Revised 07/31/2026 Page 3 of 4 Standard Test Method(s) 8.6.5 Impact Resistance (Strength Level 3) (High Velocity) GB/T 39552.1 12 Coverage AS/NZ 1067.2 6.2 Filter Material and Surface Quality 7.1 Spectral Transmittance 7.2 Uniformity of Luminous Transmittance 7.3 UV-Transmittance 7.8 Relative Visual Attenuation Quotient for Signal Light Detection 7.9 Wide Angle Scattering 7.10.1 Plane of Transmission 7.10.2 Polarizing Efficiency 7.11 Photochromatic Filters 8.1 Spherical, Astigmatic, and Prismatic Refractive Powers 8.2 Prism Imbalance 9.2 Test Method for Impact Resistance of Filters (Strength Level 1) 9.3 Impact Resistance (Strength Level 1) (Drop Ball) 9.4 Impact Resistance (Strength Level 2) (Drop Ball) 9.5 Impact Resistance (Strength Level 3) (High Velocity) 9.6 Frame Deformation and Filter Retention 9.7 Increased Endurance of Sunglasses 9.8 Resistance to Solar Radiation 9.9 Resistance to Ignition 9.10 Resistance to Perspiration AS/NZ 1067.1 11.1 Coverage ANSI Z80.3 4.11.4 Uniform Tint Lens 4.12 Tint Imbalance Between Lenses 4.13 Axis of Polarization 5.1 Impact Resistance Test 5.3 Ignition Test 5.4 Corrosion Resistance 5.5 Cosmetic quality test 5.6 Refractive Properties Test (Refractive, Astigmatic, Prismatic Powers) 5.7.1 Luminous Transmittance Test 5.7.2 Transmittance Properties Related to Traffic Signal Recognition 5.7.3 Ultraviolet Mean Transmittance 5.8 Photochromatic Filters 5.9 Resistance to Radiation Test EN16128 Ophthalmic Optics – Reference Method for the Testing of Spectacle Frames and Sunglasses for Nickel Release EN12472 Method for the Simulation of Accelerated Wear and Corrosion for the Detection of Nickel Release from Coated Item UNI EN 1811 Reference Test Method for Release of Nickel from all Post Assemblies which are Inserted into Pierced Parts of the Human Body and Articles Intended to Come Into Direct and Prolonged Contact with the Skin

Part 4 of 5

(A2LA Cert. No. 3387.03) Revised 07/31/2026 Page 4 of 4 Standard Test Method(s) ISO 18527 - 1 4.3 Cleaning and/or Disinfection 5.6 Claimed Transmittance and Reflective properties 8.1 Temperature Range 8.2 Mechanical Strength Level 2 ANSI/ISEA Z87.1 9.2 Transmittance Test 9.3 Haze Test 9.6 Drop Ball Test 9.7 Ignition Test 9.8 Corrosion Resistance Test 9.10 Lateral Protection Test 9.11 High Mass Impact Test 9.12 High Velocity Impact Test 9.13 Penetration Test UNI EN 17813 Determination of Halogens and Sulfur by Oxidative Pyrohydrolytic Combustion Followed by Ion Chromatography ASTM D7359 Standard Test Method for Total Fluorine *Please note Section 4.4 of ISO 12870 is not a test method. The laboratory can measure the accuracy to determine compliance with the nominal tolerances. **Please note Section 4.4 of GB/T 14214 is not a test method. The laboratory can measure the accuracy to determine compliance with the nominal tolerances.

Part 5 of 5

For the tests to which this accreditation applies, please refer to the laboratory’s Mechanical Scope of Accreditation. Accredited Laboratory A2LA has accredited ESSILORLUXOTTICA QUALITY PERFORMANCE LABORATORY - AGORDO Agordo, Belluno, ITALY for technical competence in the field of Mechanical Testing This laboratory is accredited in accordance with the recognized International Standard ISO/IEC 17025:2017 General requirements for the competence of testing and calibration laboratories. This accreditation demonstrates technical competence for a defined scope and the operation of a laboratory quality management system (refer to joint ISO-ILAC-IAF Communiqué dated April 2017). Presented this 24th day of June 2026. _______________________ Mr. Trace McInturff, Vice President, Accreditation Services For the Accreditation Council Certificate Number 3387.03 Valid to April 30, 2028