Virtual Instrumentation for Laser Products Certification Dan G. SPOREA National Institute for Laser, Plasma and Radiation Physics Laser Metrology and Standardization Laboratory Magurele, Atomistilor St. 111, RO-76900, Romania Phone: ; FAX :

Socio-economic and legal background for the laboratory accreditation Romania is preparing to join the EU’s internal market New Approach European Union’s Directives prohibit the introduction hazardous products The market for laser-based products (medical and optical communication devices) The Laboratory is recognized by the Ministry of Health’s notification body

Socio-economic and legal background for the laboratory accreditation EU’s Directives: the “Low Voltage Directive”; the “Medical Devices Directive”; the “Products Safety Directive”, in the case lasers are embedded into consumer products such as toys or laser pointers. Safety operation of laser products is reinforced by EN series European Norms Medical products - Technical Report issued by the IEC TC 76

R&D Programme INFRAS Financial support to the quality infrastructure: to develop calibration and testing facilities; to prepare national norms according to EU’s standards; to organize intercomparisons; to set-up traceability schemes; to acquire or build working standards; personnel training (i.e. on measurement uncertainties, best practice, etc.). The novelty of the programme consists in the introduction, for the first time in Romania, of laboratory accreditation based on ISO

Metrological capabilities laser power from 190 nm to 20 μm, 1 nW to 150 W largest detector aperture available 30 mm laser energy from 190 nm to 20 μm, 20 μJ to 10 J three high stability, calibrated, 10/18 mm diameter aperture Si “trap” detectors laser pulse frequency up to 5 kHz laser pulse temporal resolution 100 ps laser beam characterization from 190 nm to 1100 nm, CW and pulsed semiconductor laser driving controller up to 500 mA driving current, 8 μA resolution, long term stability 50 ppm semiconductor laser temperature controller up to 32 W, temperature range from –20 0 C to C, resolution C, long term stability C laser wavelength measurement from 400 nm to 1100 nm, 0.1 nm resolution

Calibration certificates Swedish National Research and Testing Institute (Sweden): No. F-98937, F-98938, F-98939, F , MTbP National Physical Laboratory (UK): No. EU0207/99/64, EU0204/99/67 PTB (Germany): No PTB-00, PTB-00

Thank you

Dr. Sporea is working in the field of laser-based metrology for about three decades. He took part in the development of several metrological instruments for the Romanian fine mechanics and semiconductor industries. Now he is responsible for two sub-tasks in the frame of the EU Fusion programme, focusing on the evaluation of optoelectronic components and optical fibers behavior under ionizing radiation condition, targeting on their use in robotics and plasma diagnostic in nuclear installations. He participated to various European Union financed projects (PHARE, Leonardo da Vinci, PRAQ III, EURATOM). Dr. Sporea coordinated the participation of the Romanian team to two international intercomparisons organized by NIST and Laser Centrum Hanover. Dr. Sporea is active for more than 15 years in the development of Romanian written standards related to laser systems and optoelectronic components. He co-authored more that 55 journal and conference papers, 25 Romanian patents and one American patent, and three books on optoelectronics and optical information processing. A member of IEEE, LEOS, SPIE, EOS, he served formerly as Secretary of the Romanian SPIE chapter. He is founding member of the LEOS Balkan chapter and acting Secretary of the Romanian IEC Technical Committee 76 “Optical radiation safety and laser equipment”. For his activity Dr. Sporea was awarded one of the Romanian Academy awards and one award of the National Patent Contest. Starting with 2000 he works as an evaluator of project proposals for the EU’s Fifth Framework Research Programme.