中文
CS160HS High Speed Stackable CO2 Incubator Shaker
| Cat. No. | Product name | Number of unit | Dimension(W×D×H) |
| CS160HS | High Speed Stackable CO2 Incubator Shaker | 1 Unit（1 Unit） | 1000×725×620mm (Base included) |
| CS160HS-2 | High Speed Stackable CO2 Incubator Shaker (2 Units） | 1 Set（2 Units） | 1000×725×1170mm (Base included) |
| CS160HS-3 | High Speed Stackable CO2 Incubator Shaker (3 Units） | 1 Set（3 Units） | 1000×725×1720mm (Base included) |
| CS160HS-D2 | High Speed Stackable CO2 Incubator Shaker (The Second Unit） | 1 Unit（2nd Unit） | 1000×725×550mm |
| CS160HS-D3 | High Speed Stackable CO2 Incubator Shaker (The Third Unit） | 1 Unit（3rd Unit） | 1000×725×550mm |
❏ High speed shaking culture for micro volume
▸ The shaking throw is 3mm，max rotation speed of the shaker is 1000rpm. It’s suitable for high throughput deep-well plate culture, it can cultivate thousands of biologocal sample at a time.
❏ Dual-motor and dual-shaking tray design
▸ Dual motor drive, the incubator shaker is equipped with two independent motors, which can run completely independently, and the dual shakeing tray, which can be set to different shaking speeds, thus realizing one incubator to meet the conditions of different speeds of culture or reaction experiments.
❏ 7-inch LCD touch panel controller, intuitive control and easy operation
▸ 7-inch touch screen control panel is intuitive and easy to operate, so you can easily control the switch of a parameter and change its value without special training
▸ 30-stage program can be set up to set different temperature, speed, time and other culture parameters, and the program can be automatically and seamlessly switched between; any parameters and historical data curve of the culture process can be viewed at any time
❏ Sliding black window can be supplied for avoid light cultivation (Optional)
▸ For light-sensitive media or organisms, the sliding black window prevents sunlight (UV radiation) from entering the interior of the incubator, while retaining the convenience of viewing the interior of the incubator
▸ Sliding black window is positioned between the glass window and the outer chamber panel, making it convenient and aesthetically pleasing, and perfectly solving the inconvenience of applying tin foil
❏ Double glass doors for excellent insulation and safety
▸ Double glazed interior and exterior safety doors for excellent thermal insulation
❏ UV sterilization system for better sterilization effect
▸ UV sterilization unit for effective sterilization, UV sterilization unit can be opened during rest time to ensure a clean culture environment inside the chamber
❏ All stainless steel rounded corners of the integrated cavity, can be directly cleaned with water, beautiful and easy to clean
▸ Waterproof design of the incubator body, all water or mist sensitive parts including drive motors and electronic components are placed outside the incubator body, so the incubator can be cultivated in high temperature and high humidity environment
▸ Any accidental breakage of flasks during incubation will not cause damage to the incubator, the bottom of the chamber can be cleaned directly with water, or the chamber can be thoroughly cleaned with cleaners and sterilizers to ensure a sterile environment inside the chamber
❏ Heatless waterproof fan ensures uniformity of temperature
▸ Compared with traditional fans, the heatless waterproof fan can make the temperature in the chamber more uniform and stable, while effectively reducing the background heat, which can effectively save energy consumption
❏ Aluminum tray for easy placement of culture containers
▸ 8mm thick aluminum tray is lighter and sturdier, beautiful and easy to clean
❏ Flexible placement, stackable, effective in saving lab space
▸ Can be used as a single layer on the floor or on the table, or as a double or triple stack, and the top pallet can be pulled out to a height of only 1.3 meter from the floor when used as a triple stack, which can be easily operated by laboratory personnel
▸ A system that grows with the task, easily stacking up to three tiers without adding more floor space when the incubation capacity is no longer sufficient, and without further installation. Each incubator shaker in the stack operates independently, providing different environmental conditions for incubation
❏ Multi-safety design for user and sample safety
▸ Optimized PID parameter settings that do not cause temperature overshoot during temperature rise and fall
▸ Fully optimized oscillation system and balancing system to ensure that no other unwanted vibrations occur during high speed oscillation
▸ After an accidental power failure, the shaker will remember the user's settings and automatically start up according to the original settings when the power comes back on, and will automatically prompt the user of the accidental situation that occurred.
▸ If the user opens the door during operation, the shaker oscillating tray will automatically stop rotating flexibly until it stops oscillating completely, and when the door is closed, the shaker oscillating tray will automatically start flexibly until it reaches the preset oscillating speed, so there will be no unsafe events caused by sudden speed increase.
▸ When a parameter deviates far from the set value, the sound and light alarm system is automatically turned on
▸ Data export USB port on the side for easy export of backup data, convenient and safe data storage
| CO2 Incubator Shaker | 1 |
| Tray with Deep-well Plate Holders | 1 |
| Fuse | 2 |
| Power Cord | 1 |
| Product Manual, Test Report, etc. | 1 |
| Cat.No. | CS160HS |
| Quantity | 1 unit |
| Control interface | 7.0 inch LED touch operation screen |
| Rotation speed | 2~1000rpm depending on load and stacking |
| Speed control accuracy | 1rpm |
| Shaking throw | 3mm |
| Shaking motion | Orbital |
| Temperature control mode | PID control mode |
| Temperature control range | 4~60°C |
| Temperature display resolution | 0.1°C |
| Temperature distribution | ±0.3°C at 37°C |
| Principle of temp. sensor | Pt-100 |
| Power consumption max. | 1300W |
| Timer | 0~999h |
| Tray size | 288×404mm |
| Number of tray | 2 |
| Maximum working height | 340mm |
| Maximum load per tray | 15kg |
| Tray capacity of microtiter plates | 32 (deep well plate, low well plate, 24, 48 and 96 well plate) |
| Timing function | 0~999.9hours |
| Maximum expansion | Stackable up to 3 units |
| Dimension (W×D×H) | 1000×725×620mm (1 unit); 1000×725×1170mm (2 units); 1000×725×1720mm (3 units) |
| Internal dimension (W×D×H) | 720×632×475mm |
| Volume | 160L |
| Illumination | FI tube,30W |
| Principle of CO2 sensor | Infrared (IR) |
| CO2 control range | 0~20% |
| CO2 display resolution | 0.1% |
| CO2 supply | 0.05~0.1MPa is recommended |
| Sterilization method | UV sterilization |
| Number of settable programs | 5 |
| Number of stages per program | 30 |
| Data export interface | USB interface |
| Historical data storage | 800,000 messages |
| User management | 3 levels of user management: Administrator/Tester/Operator |
| Ambient temperature | 5~35°C |
| Power supply | 115/230V±10%, 50/60Hz |
| Weight | 155kg per unit |
| Material incubation chamber | Stainless steel |
| Material outer chamber | Painted steel |
| Optional item | Sliding black window; Remote monitoring |
*All products are tested in controlled environments in the manner of RADOBIO. We do not guarantee consistent results when tested under different conditions.
| Cat. No. | Product name | Shipping dimensions W×D×H (mm) |
Shipping weight (kg) |
| CS160HS | Stackable High Speed CO2 Incubator Shaker | 1080×852×745 | 183 |
♦ Supporting Biotechnological Innovations at the Chengdu Institute of Biology, CAS
At the Chengdu Institute of Biology, Chinese Academy of Sciences, the CS160HS plays a crucial role in their pioneering research on microbial ecology in extreme environments. Researchers at the institute focus on understanding microbial communities that thrive in harsh, extreme habitats, such as high-altitude deserts, deep-sea ecosystems, and polluted environments. The CS160HS is vital for culturing diverse microbial consortia, allowing scientists to study how these microorganisms contribute to environmental sustainability, such as biodegradation of pollutants and carbon cycling. The incubator provides precise control over temperature and CO2 levels, which are critical for maintaining the stability and growth of these specialized microbial species. The reliable agitation of the CS160HS ensures uniform mixing, which supports the growth of complex microbial communities needed for these studies. By providing optimal conditions for these delicate experiments, the CS160HS contributes significantly to the understanding of ecosystem dynamics and microbial adaptation, further advancing biotechnological applications in pollution control and environmental restoration. This research has the potential to offer innovative solutions to global environmental challenges, including climate change and pollution.
♦ Enhancing Drug Screening at the Chinese National Compound Library
The National Compound Sample Library (NCSL) plays a central role in drug discovery by maintaining one of the largest collections of small molecules for screening. The CS160HS CO2 Incubator Shaker is an essential tool in their high-throughput screening processes. The NCSL employs the CS160HS to culture cell lines used in screening assays designed to identify novel drug candidates. With its ability to maintain optimal CO2 concentrations and temperature, the CS160HS creates a stable and consistent environment for suspended cell cultures, ensuring reproducibility across thousands of assays. This precision is critical in high-throughput drug discovery, where consistency and scalability are essential. The CS160HS enhances the efficiency of the screening process, enabling researchers to accelerate the identification of promising lead compounds that can be further developed into therapeutics for a variety of diseases. By supporting these early-phase drug discovery efforts, the CS160HS helps bridge the gap between lab research and clinical applications, contributing to the rapid development of drugs targeting unmet medical needs, such as cancer, viral infections, and autoimmune diseases.
♦ Revolutionizing Biologic Production in a Shanghai Pharmaceutical Company
A leading pharmaceutical company in Shanghai utilizes the CS160HS CO2 Incubator Shaker to optimize their biopharmaceutical development processes. Their research focuses on improving cell-based production systems for therapeutic proteins, including monoclonal antibodies and other biologics. The CS160HS provides a stable and controlled environment, ensuring precise CO2 regulation and temperature consistency, which are essential for maintaining the health and productivity of mammalian cell cultures. These high-density cell cultures are critical for producing biologics at scale. The incubator’s exceptional uniformity in temperature and CO2 concentration ensures that cells remain in optimal conditions, promoting growth, protein expression, and high yields of therapeutic proteins. By supporting such advanced mammalian cell culture techniques, the CS160HS contributes directly to the efficiency and quality of biologic production, accelerating the timeline from research to clinical application. The company's success in biologics research relies on the CS160HS to maintain consistency in their cell-based systems, ensuring that high-quality therapeutic proteins can be produced for use in treatments for a variety of diseases, including cancer, autoimmune disorders, and rare genetic conditions.
