To connect a second handset please order 9.882 974 and 9.882 978!
For adapting Biosart® 100 monitors to the filter support of a Combisart® stainless steel bar. The adapter ensures a horizontal fit of the filtration device and minimises the risk of contamination during filtration.
AirPort MD8 is a new portable air bacteria sampler for the pharmaceutical and food and beverage industries, hospitals, environmental protection and for industrial safety.Battery-powered and portable for lab or field useBattery status display guarantees constant performance during samplingErgonomic design, surfaces can be disinfectedFlexible setting options for volume flow and sample volumeAir flow control by an integrated impeller wheelScope of supply: Air sampler, charger, battery
Matt finish. Without internal clips. Loose-fit caps for sterile, but not hermetically sealing, closure of culture flasks and other containers. Can also be used as open specimen holders. Autoclavable.
Rapid development of the anaerobic atmosphere in the GasPak™ containers or pots, without the addition of water or a catalyst, oxygen-activated.
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.The lids are made of transparent polycarbonate with two corner valves incl. tube clips for vacuum hoses (5 mm i.d.) and with manometer for exact control of the vacuum or overpressure from -1 to 0.2 bar.Methods for reaching anaerobic conditions: 3 x times evacuating and filling gas, flushing with gas for 5 minutes and chemical gas production (GasPacks) for Anaerobic jars "crystal".
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.Polycarbonate jar with UV-resistant plastic lid.Methods for reaching anaerobic conditions: For Anaerobic jar "eco" flushing with gas for 5 minutes (Using GasPack-Kits).
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.Stainless steel jar with UV-resistant plastic lid.Methods for reaching anaerobic conditions: For Anaerobic jar "eco" flushing with gas for 5 minutes (Using GasPack-Kits).
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.The lids are made of UV-resistant plastic with two corner valves incl. tube clips for vacuum hoses (5 mm i.d.) and with manometer for exact control of the vacuum or overpressure from -1 to 0.2 bar.Methods for reaching anaerobic conditions: 3 x times evacuating and filling gas, flushing with gas for 5 minutes and chemical gas production (GasPacks) for Anaerobic jars "small", "standard" and "large".
Recommended for identification of pathogens of infectious diseases by determination of the degree of resistance against antibioticsMade from ultrapure raw materials, entirely without additives to ensure that no inhibition will occur during the incubationConsistent thickness and absorption volumeAvailable as small circles, even individually printed on one or both sidesMeet the directive for carriers for active agents acc. to DIN 58940-2Further sizes on request
Scan® 1200 is a high resolution automatic colony counter that offer quick, and traceable counting results. Widely used in food microbiology, it counts colonies and automatically saves all data to Excel. Equiped with a digital camera and a powerful software, it connects to a PC via a Firewire connection. Scan® 1200 counts all colonies, even on smallest poured, spread and Spiral® Petri dishes; on PetriFilm™ and RIDA™ Count/Sanita-kun™, on filtration membrane and Compact Dry™.
Scan® 300 is an automatic colony counter that includes the essential features for Petri dish counting. It is specifically adapted to the usual media in food microbiology (PCA, MRS...). With a CCD camera with 1 Megapixel - zoom x 28. It counts colonies on a Petri dish in less than half a second, with a minimum colony size of 0.1 mm. For the detection of colonies on round pour, surface, spiral and circle mode plated dishes Ø 55 - 90 mm.
Scan® 500 is a high-tech automatic colony counter. It counts colonies on a Petri dish in less than half a second and gives you quick, accurate, complete and traceable reading of the results. With its CCD camera and a powerful software, it connects to a PC via a Firewire connection automatically export results to Excel.
A 2-in-1 unit for automatic plating with the possibility of combined serial dilution series. The instrument allows up to 5 serial 1/10 dilutions of a sample to be prepared and then automatically plated onto a Petri dish. Patented circular application: 3 dilutions on a 90 mm Petri dish, 6 dilutions on a 150 mm Petri dish. The countable range is between 30 and 1x1012 CFU/mL on a single Petri dish.Times (for different sample viscosities) and volumes (10 to 1000 µl) are also programmable via USBPreset pipetting volumes: 50, 100 and 200 µlTraceability through Excel™ Export, Data Matrix labelIntensive cleaningPatented overflow technology cleaning system8 bar pump pressure2 fully autoclavable bottles (diluents and disinfectants) and connectors
Accelerated bacterial enumeration. Fast spiral plating of Petri dishes replacing up to 4 dilutions/platings. A set volume of the sample is spread in a spiral pattern with logarithmically decreasing volume on the surface of the petri dish : the dish is divided into defined sectors where the volume given is precisely known.100 % new platform with revolutionary rotating arm design allows simplified mechanics and hight speed movements: full cycle in 25 seconds.100 % new disinfection system:The stylus is cleaned inside and outside by over flowThe cleaning liquid bottles have sterile connectors, and are fully autoclavableMore than 600 platings can be made without changing the cleaning reservoirTimes (for different sample viscosities) and volumes (10 to 1000 µl) are also programmable via USBPreset pipetting volumes: 50, 100 and 200 µlTraceability through Excel™ Export, Data Matrix labelSecurity detectors for lack of cleaning liquidAll liquid flows visible and accessible without tools, the stylus can be changed in 25 seconds. No external maintenance required. No need for external vacuum pump. Transparent casing in option to work outside laminar flow.
Accelerated bacterial enumeration. Fast spiral plating of Petri dishes replacing up to 4 dilutions/platings. A set volume of the sample is spread in a spiral pattern with logarithmically decreasing volume on the surface of the petri dish : the dish is divided into defined sectors where the volume given is precisely known.100 % new platform with revolutionary rotating arm design allows simplified mechanics and hight speed movements: full cycle in 25 seconds.100 % new disinfection system:The stylus is cleaned inside and outside by over flowThe cleaning liquid bottles have sterile connectors, and are fully autoclavableMore than 600 platings can be made without changing the cleaning reservoirSecurity detectors for lack of cleaning liquidAll liquid flows visible and accessible without tools, the stylus can be changed in 25 seconds. No external maintenance required. No need for external vacuum pump. Transparent casing in option to work outside laminar flow.