Phenometrics PBR Photobioreactor

WAVE Bioreactor is the ideal device for cell culture. Culture medium and cells contact only a preste (more)rile, disposable chamber called a Cellbag that is placed on a special rocking platform. The rocking motion of this platform induces waves in the culture fluid. These waves provide mixing and oxygen transfer, resulting in a perfect environment for cell growth that can easily support 10 x 10-6 cells / ml. The bioreactor requires no cleaning or sterilization, providing the ultimate ease in operation and protection against cross-contamination.

The Biostat RM (Rocking Motion), is a fully GMP compliant, wave-mixed bioreactor. It is used with si (more)ngle-use Flexsafe RM bags which are proven for a broad range of different cell lines incl. CHO, NS0, SF9, E.coli, stem cells and CAR-T cells. Depending on your individual process needs and working volumes you can choose from a variety of system and bag configurations. The wave generated in the RM bags due to the rocking motion ensures effective gas exchange through the gas-liquid interface. Four different gas lines for air, O2, N2 and CO2 are equipped with flow meters and four high-precision mass flow controllers. An integrated pressure sensor continuously measures the pressure inside the bag. To ensure process safety, aeration is switched off when an upper threshold is reached.

The Biostat B-DCU is a fermenter/bioreactor specifically designed to accommodate the requirements of (more) process optimization and characterization in the biotech and biopharmaceutical industry. It provides enhanced functionality and an unrivalled level of options for cell culture and microbial processes making it the ideal scale-down model for your large scale process. Supply Tower

Phenometrics enable scientists to study algae under the same conditions found outdoors in the ponds, (more) but in the much more efficient confines of the laboratory. Each computer-controlled PBR uses breakthrough technology to re-create the environmental conditions such as temperature, light intensity, and CO2. Choose from pre-programmed experiments, or quickly and easily design your own, with the growth variables that are most important to you. Many researchers use the PBR to set specific parameters to maintain consistency between experiments. Most importantly, the PBR enables reproducibility, a key factor in algae research experiments. The PBR saves time and money while producing better results. Each PBR is also a measurement instrument, measuring growth rates, pH, and other factors in the algae reactor vessel, which are displayed on the computer monitor in a graph or data display. It is customizable to accommodate various probes and sensors that monitor algae culture and growth metrics. 3000 μ-Einstein LED specially designed lighting system with conical vessel that accurately mimics BOTH raceway or production tube bioreactors (controllable from 0- 3000 in steps of 25 μ-Einsteins. Fully programmable Diurnal Cycles; you set the length of sunlight day, and also the hour of peak sunlight. Fully programmable heating and cooling, linkable to the diurnal cycle; you can independently set the hour of peak heating (if different from peak sunlight). Active cooling and heating, from 5 – 50°C Algal Command Software provides for complete, simultaneous, integrated control of up to 256 bioreactors from a single computer, with collation of all data. All the reactors are linked together via Ethernet Hub. CO2 programmable and controlled from Algal Command. Mixing through active magnetic stirring and/or gas sparging. Active sparging of up to two gasses Temperature measurement True Turbidostatic measurement Field-configurable, fully autoclavable, low cost durable polycarbonate reactor vessel The reactor vessel can have as many inlets and outlets as you require 100% (+/- 10%) directly-proportional (by volume) up-scale to pond, raceway, or indoor reactor pH measured and controlled by Algal Command Custom-engineered Turbidostatic Pump allows for true turbidistatic operation; fully programmable and computer-controlled. System contains 4 reactors and pumps with laptop Culture vessel volume: 700ml Working volume: 150 – 600ml Light intensity: Variable up to full ocean sunlight at equator (>3000 mmol photons m-2 s-1) in steps of 25 Temperature control: Active cooling and heating Culture temperature range: 10 – 50°C Diurnal + heating and cooling cycles: Fully programmable and independant Ability to control and measure pH: 0 – 14, may be controlled automaticly using CO2 gas Mixing: Magnetic stirrer Gas control: Computerized, CO2 or other as required Groth rate measurement: Continuous, via turbidistat Sterilization: Entire reactor vessel assembly, including culture medium, may be autoclaved on the “Liquid” cycle Turbidistatic pump: True turbidistatic operation, fully programmable from groth fase Dimensions (HxWxD): 482 x 241 x 318 mm Weight: 7kg

Water bath from 25°C to 100°C for the laboratory The ring bain maries for columns, Erlenmeyer flasks (more) or beakers are suitable for continuous operation, even unattended, thanks to the standard control of the level and lack of water. LAUDA Hydro water baths are available in five models, all featuring a removable perforated lid with a set of heat-resistant plastic rings. - Operations in a temperature range of 25 to 100°C. - The opening diameter of the water bath can be changed in approximately 20 mm increments by means of a set of rings that make up the lid. - The H 11 V, H 19 V models have been specially designed for safe use in fume cupboards. - The housings are made of stainless steel to allow use even with chemically aggressive fluids. - Temperature adjustment by knob with graduated scale Simple control: temperature adjustment with graduated knob. Ring opening, to adapt to different types of glassware. Standard water level regulator for continuous operation, even unattended. Water level regulator as standard Thanks to this accessory, the loss of water inside the instrument (through evaporation) is compensated and the water level is kept constant. Furthermore, it allows use at temperatures below ambient temperatures, with a minimum of approx. 3°C above tap water temperature.

External dimensions (WxDxH): 598 x 615 x 2050 mm Internal dimensions (WxDxH): 477 x 425 x 1858 Weigh (more)t: 367 kg Min. quantity of exhaust air 10 times: 4 m³/h Pressure difference at 10 times: 5 Pa Differential pressure at 10-fold EK5/AK4: 5 Pa Air exchange, 120-fold: 45 m³/h Pressure loss at 120-fold air exchange: 45 Pa Pressure loss with 120-fold air exchange (EK5/AK4): 76 Pa Floor load: 999 kg/m² Maximum load: 600 kg

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW