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Autoclavi mediche verticali
Le autoclavi verticali per scopi medici sono disponibili in 14 modelli con volumi della camera da 33 a 175 litri. Il loro design ergonomico, le caratteristiche tecnologiche e l’efficienza le rendono l’alleato perfetto per la sterilizzazione di grandi quantità di rifiuti medici, strumenti clinici o dispositivi impacchettati. Inoltre, queste autoclavi possono essere dotate di una carrucola che può essere integrata nel pannello laterale per facilitare la sterilizzazione di carichi pesanti.
Richiesta di preventivo
Volumi: 33, 55, 79, 115, 175
Tipologia: Verticale
Volumi: 33, 55, 79, 115, 175
Tipologia: Verticale
Volumi: 55, 79, 115, 175
Tipologia: Verticale
Volumi: 58, 83, 124, 169
Tipologia: Verticale
Volumi: 58, 83, 124, 169
Tipologia: Verticale
Volumi: 58, 83, 124, 169
Tipologia: Verticale
Autoclavi mediche da banco
Le autoclavi da banco per scopi medici sono disponibili in 11 modelli con volumi della camera da 12 a 79 litri. Il loro design compatto e la loro collocazione da banco le rendono perfette per le cliniche e le piccole strutture sanitarie con esigenze di sterilizzazione da piccole a moderate.
Richiesta di preventivo
Volumi: 22, 55, 79
Tipologia: Orizzontale
Volumi: 22, 55, 79
Tipologia: Orizzontale
Volumi: 22, 55, 79
Tipologia: Orizzontale
Volumi: 15
Tipologia: Orizzontale
Autoclavi mediche con tecnologia all’avanguardia
Tutte le autoclavi verticali Top line sono dotate della connettività più avanzata del mercato e sono conformi ai più recenti progressi nella registrazione elettronica e nel controllo dei dati, per poter operare in ambienti FDA e GMP.
La Serie TLV-PD è progettata appositamente per sterilizzare vetro, solidi porosi e oggetti con geometrie complesse. La Serie TLV-FA è dotata di un sistema di raffreddamento rapido per una sterilizzazione più veloce dei liquidi.
Richiesta di preventivo
Volumi: 58, 83, 124, 169
Tipologia: Verticale
Volumi: 58, 83, 124, 169
Tipologia: Verticale
Volumi: 58, 83, 124, 169
Tipologia: Verticale
Domande frequenti
Le autoclavi mediche sono in vendita nella maggior parte dei Paesi, ma non in quelli dell'Unione Europea.
La norma ISO 13485 è lo standard del sistema di gestione della qualità applicabile ai dispositivi medici. L'edizione attuale è la ISO 13485:2016. Le autoclavi mediche di RAYPA sono conformi a questo standard e la loro conformità è verificata dalla SGS.
Puoi scaricare l'ultima versione dal nostro sito web. In alternativa, puoi inviarci un'e-mail o un modulo di contatto e ti forniremo il catalogo generale o la scheda tecnica specifica.
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Scopri che cos'è un'autoclave e la sua importanza nella scienza e nell'industria. Leggi l'articolo per maggiori dettagli su come funziona e sulle sue applicazioni.
Leer artículo Evita gli errori più comuni nell'uso dell'autoclave e migliora i tuoi processi di sterilizzazione. Scopri come nel nostro articolo.
Leer artículo Scopri come conformarti alla normativa CFR 21 Parte 11 della FDA e come garantire che i tuoi registri elettronici siano sicuri e affidabili. Leggi l'articolo per informazioni più dettagliate.
Leer artículo Scopri i principali cicli di sterilizzazione di un'autoclave e come scegliere quello giusto in base al tipo di strumenti da trattare.
Leer artículo Scopri come il ciclo a gravità nelle autoclavi assicura una sterilizzazione efficiente ed economica di materiali semplici. Leggi l'articolo per capire come funziona e i suoi vantaggi.
Leer artículo
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