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A biomimetic system that tests by moving cultivated mini-organs.
Mechanical stimulation of cultured tissues such as 3D cardiac microtissues using actuators to mimic heartbeats and knee joint movements. Evaluation of changes in electrical activity after drug administration allows for in vitro safety assessment of drugs. *Measurement of heart rate, electrical activity, contractility, etc.
In operation in many locations across Japan and overseas!
The yeast and lactic acid bacteria culture equipment from Toyo Techno Co., Ltd. is used to cultivate yeast and lactic acid bacteria for fermented foods such as sake and miso. This equipment is widely used not only throughout Japan but also overseas, offering high performance at a low price. You can choose between FRP and stainless steel for the equipment, and the capacity can be customized, so please feel free to consult with us. 【Features】 ■ High performance ■ Low price ■ Available in two types: FRP and stainless steel ■ Capacity can be freely selected *For more details, please refer to the catalog or feel free to contact us.
Support the development of a rapid and simple enhanced upstream process to provide more products faster!
The "XCell ATF Lab Devices" can scale up linearly from PD to manufacturing. The "XCell ATF 1 device" features a minimal capacity and includes accessories such as AseptiQuik connectors and permeable liquid pressure sensors. The "0.5-2L XCell ATF 1" reduces media costs and supports scale-up to 5000L. 【Features of XCell ATF Technology】 ■ Delivering faster and more - Improved throughput - Increased productivity - Enhanced cell capacity *For more details, please download the PDF or feel free to contact us.
Supports long-term culture under low-stress conditions by suspending cells. Compatible with low oxygen options.
The "Clinostar2(R)" is equipped with six independent rotating reactors, allowing for the gentle suspension and cultivation of cells in culture medium, enabling long-term culture and maturation of spheroids/organoids. It is equipped with a camera, allowing remote monitoring and setting of the cultivation status of each reactor via tablet, smartphone, or PC. By installing a low-oxygen module (*), it can also adjust oxygen concentration, achieving cultivation in an environment closer to that of the body. We will be exhibiting at the "Pharma Lab EXPO Osaka" starting February 25 and at the "Japanese Society for Regenerative Medicine Annual Meeting" starting March 20. We plan to hold a luncheon seminar at the "Japanese Society for Regenerative Medicine Annual Meeting." We hope you will join us. 【Features】 ■ All-in-One specification with incubator function ■ Each of the six reactors can adjust rotation speed independently, allowing simultaneous cultivation of different cells ■ The medium has fluidity, suppressing low oxygen and nutrient depletion around the cells ■ Oxygen concentration can be adjusted from 21% to 2%, and dual control with CO2 is also possible (*) (* Optional) * For detailed specifications, please download the PDF.
This is Japan's first fully automated system for the culture and storage of cells from other individuals.
System configuration: Isolator section + Packaging section + Storage section Five robots fully automate the process from awakening and subculturing to ultra-low temperature storage.
CHO Cell Culture Optimization: A DOE Approach in the Ambr 15
Selecting the appropriate combination of culture media and feeds for cells, and further optimizing process parameters, is a complex and time-consuming process. Sartorius's extensive portfolio of media and micro-bioreactors that allow for parallel cultivation support optimal and scalable process development for cells. This application note introduces the process optimization of CHO cell culture using Sartorius media, Ambr15, and the experimental design software MODDE.
