This product complies with the Council Directive 93/42/EEC
concerning medical devices.
Ce produit est en conformité avec la directive 93/42/CEE
du Conseil pour les dispositifs médicaux.
Dieses Produkt entspricht der Richtlinie 93/42/EWG des Rates
über Medizinprodukte.
Este producto se corresponde con la directiva 93/42/CEE
del Consejo relativa a productos sanitarios.
Tämä tuote vastaa neuvoston direktiiviä 93/42/ETY lääkintälaitteista.
Ten produkt spełnia wymogi dyrektywy Rady nr 93/42/EWG w sprawie
wyrobów medycznych.
„MR Conditional“ denotes suitability for use in a magnetic resonance (MR)
environment in accordance with requirements ASTM F2052 – 06e1 (Standard
Test Method For Measurement Of Magnetically Induced Displacement Force
On Medical Devices In Magnetic Resonance Environment).
“MR Conditional » certie l’aptitude à une utilisation dans les environnements
IRM (Imagerie par Résonance Magnétique), x Method For Measurement Of
Magnetically Induced Displacement Force On Medical Devices In Magnetic
Resonance Environment).
„MR Conditional“ kennzeichnet die Einsatzfähigkeit im Magnet-Resonanzraum
(MR) gemäß der Anforderung ASTM F2052 – 06e1 (Standard Test Method
For Measurement Of Magnetically Induced Displacement Force On Medical
Devices In Magnetic Resonance Environment).
„MR Conditional“ señaliza la aptitud para el uso en la sala de resonancia
magnética (RM) según la especicación ASTM F2052 – 06e1 (Standard Test
Method For Measurement Of Magnetically Induced Displacement Force On
Medical Devices In Magnetic Resonance Environment).
„MR Conditional“ ilmaisee tuotteen toimintakykyä magneettiresonanssitilassa
(MR) vaatimusten ASTM F2052 – 06e1 mukaan (Standard Test Method
For Measurement Of Magnetically Induced Displacement Force On Medical
Devices In Magnetic Resonance Environment).
Oznaczenie „MR Conditional“ oznacza możliwość stosowania w obszarze
badania rezonansu magnetycznego (MR) zgodnie z wymogami ASTM F2052
– 06e1 (Standard Test Method
For Measurement Of Magnetically Induced Displacement Force On Medical
Devices In Magnetic Resonance Environment).
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