For security reasons, you will be logged out in 4 minutesThis video has been hidden to respect your third-party cookie preferences.Authorise YouTube cookies when viewing videos presenting our products or services.
Choice of water jacket (WJ) or direct heating (DH) technology • Contrôle total de la contamination avec filtre HEPA qui permet l'obtention d'un air classe 100 • Permanent filtration of the chamber air volume to create an aseptic culture atmosphere • Extraction des particules biologiques aéroportées, principales sources de contamination en laboratoire • Guaranteed Class 100 air quality within five minutes of closing the door • Gain de temps grâce à un nettoyage aisé • Polished stainless steel interior with rounded corners to minimise cleaning time and reduce the risk of contamination • Minuterie réglable qui avertit lorsque le filtre HEPA facile d'accès doit être remplacé. • The disposable push-fit fan, stainless steel shelves and brackets and HEPA filters can all be easily removed without tools • Protection thermique maximale des incubateurs à jaquette d'eau • Exceptional temperature stability and protection against heat loss over long periods, thanks to the triple-walled structure and thermal inertia of the water for water-jacketed CO2 incubators • Réduction des temps de récupération de la température : la porte intérieure chauffante à double-vitrage, brevetée, est plus réactive que les portes traditionnelles et limite la formation de condensation. • Easy to install Les commandes de la zone de messages de l'incubateur sont intuitives. The dry contact for remote alarm and digital RH display (optional) allow continuous monitoring, useful for applications requiring a humidity display. • Le cycle de décontamination à chauffage direct The direct-heating decontamination cycle (12 hours in total, including 120 minutes at 140°C) eliminates all micro-organisms and fungal spores present on all incubator surfaces (ANSI/AAMI/ISO 11134). • Choix entre capteur CT ou IR Select a CT sensor when the chamber temperature and RH are relatively constant. Generally speaking, a CT sensor lasts longer than an IR sensor. Opt for an IR sensor when temperature and RH levels change frequently. With either sensor, it is essential to maintain a high RH to avoid drying out.
• Screen with large display • Temperature: room + 5 °C up to + 50 °C • IR probe • CO₂: 0 to 20% • O₂: 1 to 20% (option) • 4 models of 56 to 241 L • 1 stainless steel water dish includes/incubator • Visual and acoustic alarm • Sterilization at 180 ° C without removing probes • Calibration certificate 37 ° C and 5% CO₂ • Supplied with a manometer connection kit. Manometer not included
• Body made from ABS • Stainless steel water tray • Digital set-up for temperature and CO₂ • Forced air circulation • Cooling and heating by Peltier effect • Supplied with 2 stainless steel shelfs (3 maximum) • CO₂ control by IR sensor • Car plug included
• Volume 50 l, space-saving • IR CO₂ probe • Decontamination cycle • Air jacket and direct heating for quick retrieval of instructions • External surface with anti-bacterial coating • Permanent filtration of the ambient air of the room • Temperature and CO₂ setpoint alarm • Access port and dry contact for alarm report in standard • Supplied with 3 shelves
• Temperature: Amb + 7 °C up to 60 °C • Humidity: 90 to 95% rh • CO₂: 0 to 20% • IR probe • Auto-sterilization at 180 °C • Pressed well • Humidity tray with Permadry system • Inner door made with safety glass • Units are stackable • Lockable door handle
br>• Other models available, with O2 control and compartmented inner door, PLEASE CONTACT US!
• Heating and cooling of the enclosure • Digital adjustment of CO₂ and Temperature • 2 adjustable stainless steel shelves • Water tank supplied • Double beam infrared sensor • CO₂ regulator (optional)