The Algaemaster 10 is a photo bioreactor - the perfect equipment for scientists to re-create the ideal conditions for growing phototrophic organisms such as microalgae. These are increasingly of interest for translational science; e.g. drug discovery in the pharmaceutical industry. Key features Saline water resistant and completely autoclavable lid and vessel Metal-free components for metal-sensitive organisms Material touching the product: borosilicate glass, PTFE, Ultem® Computerized control o

A 11 basic Analytical mill, 0002900000, IKA

big squid white Magnetic stirrer with glass surface and different motives. Digital speed display (LED) Electronically controlled motor for more capacity Higher speed range from 0 - 2.500 rpm Max. stirring quantity 1,5 l Outstanding chemical resistance due to glass top and synthetic bottom made of TPC-ET

C 200 C 200-System consists of the following components: Measuring cell C 200 Decomposition vessel C 5010 Oxygen filling station C 248 Consumables for calibrations and installation Space-saving and low cost combustion calorimeter for determing gross calorific values of liquid and solid samples. Validation according to DIN 51900,ISO 1928, ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711.

C 200 auto The C 200 auto package allows operating the C 200 with a completely automated water cycle. This results in ease of handling and saves valuable time especially for laboratories with a low number of analyses. The water circulates in a closed loop and is kept at a constant temperature by using a recirculating chiller. This leads to shorter preparation time for each experiment and even better reproducible results. The scope of delivery includes: C 200 calorimeter measuring cell C 50

C 200 h The C 200 h package is designed for teaching and training purposes at technical schools and universities. Due to its semi-automated isoperibol mode it is also perfectly suitable for industrial laboratories with low number of analyses. The space-saving and standard-conforming combustion calorimeter determines the gross calorific value of liquid and solid samples. The scope of delivery includes: C 200 calorimeter measuring cell C 5012 halogen resistant

C 200 h auto The C 200 h auto package allows operating the C 200 with a completely automated water cycle. This results in ease of handling and saves valuable time especially for laboratories with a low number of analyses. The water circulates in a closed loop and is kept at a constant temperature by using a recirculating chiller. This leads to shorter preparation time for each experiment and even better reproducible results. The scope of delivery includes: C 200 calorimeter measuring cell

C 7000 basic equipment set 1 The C 7000 is the first IKA® calorimeter with a completely dry system for measuring the gross calorific value of solid and liquid samples. The temperature is measured directly in the decomposition system. This results in measurement times in the range of 3 to 7 minutes (depending on the sample). The system can manage up to 8 different decomposition vessels using a code ring scheme. - High sample frequency

C 7000 basic equipment set 2 The C 7000 is the first IKA® calorimeter with a completely dry system for measuring the gross calorific value of solid and liquid samples. The temperature is measured directly in the decomposition system. This results in measurement times in the range of 3 to 7 minutes (depending on the sample). The system can manage up to 8 different decomposition vessels using a code ring scheme. - High sample frequency

C 1 Package 1/10 The C 1 static jacket oxygen bomb calorimeter represents a giant leap forward in calorimeter technology by featuring a high degree of automation in a compact design; the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler.

C 1 Package 1/12 The C 1 static jacket oxygen bomb calorimeter provides a high degree of automation and has the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. The light and simply attachable combustion chamber allows an easy measurement preparation.

C 1 Package 2/10 The C 1 static jacket oxygen bomb calorimeter represents a giant leap forward in calorimeter technology by featuring a high degree of automation in a compact design; the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler.

C 1 Package 2/12 The C 1 static jacket oxygen bomb calorimeter provides a high degree of automation and has the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. The light and simply attachable combustion chamber allows an easy measurement preparation.

C 1 Package 3/10 The C 1 static jacket oxygen bomb calorimeter provides a high degree of automation and has the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. With the C 1 package 3/10 including C 1.20 water heater it is possible to operate the C 1 with drinking-quality tap water in a temperature range of 5 °C to 25 °C

C 1 Package 3/12 The C 1 static jacket oxygen bomb calorimeter provides a high degree of automation and has the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. With the package 3/12 including C 1.20 water heater it is possible to operate the C 1 with drinking-quality tap water in a temperature range of 5 °C to 25 °C

C 6000 global standards Package 1/10 The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced.

C 6000 global standards Package 1/12 The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced.

C 6000 global standards Package 2/10 The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode.

C 6000 global standards Package 2/12 The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced.

C 6000 isoperibol Package 1/10 The C 6000 isoperibol oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22 °C, 25 °C, 30 °C in each measuring mode. Due to the new design of the decomposition vessel the measurement time could be reduced.