Description
Shaker Incubator
The basic function supports dynamic oscillation and static culture, and can be equipped with optional humidity control and light module, expanding into environment simulation type culture equipment.
The Main Features of the Shaker Incubator
- 1, 7-inch TFT color touch display, intuitive operation, clear interface.
- 2, Intelligent PID regulation system, to achieve precise control of temperature and speed.
- 3, The inner cavity is made of 304 stainless steel material, corrosion resistance, easy to clean, rounded corners design to prevent bacteria accumulation.
- 4, High precision DC brushless motor, output constant torque, stable operation.
- 5, Multiple safety and intelligent functions: power failure automatic recovery, operation timing, clock display, data memory, parameter encryption protection, temperature calibration.
- 6, open the door to stop the protection mechanism, to avoid the experimental risk of misoperation.
- 7, pull-out tray design, enhance the convenience of bottling and cleaning.
- 8, modular stacking structure, can be placed vertically three, saving experimental space.
- 9, amplitude adjustable orbital rotary oscillation mode, to adapt to the needs of different types of samples.
- 10, optional humidity adjustment, controllable light system, adapt to complex environmental conditions.
- 11, Support upgrading to light oscillation incubator, wider application.
Advantage
- 1, high space utilization: stacked design saves laboratory operating space.
- 2, one machine multi-purpose: can be used for conventional temperature-controlled oscillation, can also be upgraded to multi-parameter control system, humidity, light.
- 3, high reliability and low noise: high-precision drive system to ensure stable operation of the equipment, noise control is better than the industry average.
- 4, flexible adaptation: adapted to different specifications of the bottle, to support a variety of rapid switching of the experimental program.
- 5, humanized design: touch screen interface and convenient operation structure, reduce the labor intensity of experimental personnel.
Working Principle
The shaker incubator is based on the principle of orbital cyclotron oscillation: the platform moves along the circular trajectory, and by adjusting the amplitude and frequency, it can realize uniform mixing of the samples, which is conducive to the exchange of oxygen in the culture solution and the uniform distribution of nutrients. The internal temperature control system uses a PID algorithm to adjust the heating element with real-time feedback to realize precise temperature control. The humidity and light modules are controlled by closed-loop sensors to simulate growth conditions in different natural or industrial environments, providing a more accurate and repeatable external stimulus environment for experiments.
Application Areas
- 1, Microbial and bacterial culture: suitable for cell proliferation experiments that require temperature control and oscillation.
- 2, Genetic engineering and molecular biology: for DNA hybridization, plasmid amplification and other experiments.
- 3, Biological fermentation and enzymatic reaction: to improve the reaction rate and culture density.
- 4, Tissue culture and cell experiments: for mammalian cell suspension culture.
- 5, Pharmaceutical and vaccine research and development: play a key role in drug pre-screening and reaction kinetics experiments.
- 6, food, agriculture and environmental protection: in food microbial detection, agricultural germplasm resources research, water pollution microbial degradation experiments also have important applications.
Technical Parameters
| Model | SZ192 |
|---|---|
| Display screen | TFT Touch Screen |
| Control method | PID |
| Air circulation method | forced convection |
| Oscillation mode | orbital |
| Environmental temperature | 5°C to 35°C |
| Number of stackable placements | 3 |
| Curve Programming Settings | Repeat, Step, Temperature Step, Curve Programming Settings: 10, 20 segments per step, 9999 minutes per time period |
| Timer | 0 to 9999 minutes |
| Temperature control range | +4°C to +60°C |
| Temperature resolution | 0.1°C |
| Temperature accuracy | ±0.1°C |
| Temperature uniformity | ±0.5°C at 37°C |
| Shaking speed | 30 to 300rpm |
| Speed increments | 1rpm |
| Shaking orbit | 0 to 50mm, adjustable |
| Safety function | Alarms for exceeding upper and lower temperature limits, speed and humidity alarms, sensor fault alarms, leakage, overcurrent trip protection, chiller overload protection, door opening protection. |
| Other Functions | Lighting system, automatic shutdown, automatic startup, temperature and humidity correction, monitoring timer, clock display, power failure recovery, parameter storage, parameter encryption and expandable RS485 interface |
| Print function | internally installed |
| Cooling function | air-cooled, R134a |
| Number of oscillating platform | 1 |
| Platform dimensions | 810x430mm |
| Platform numbers | 1 |
| Number of triangular flasks | 65x100ml or 38x250ml or 30x500ml or 18x1L or 11x2L |
| Volume | 192L |
| Internal dimensions | 920x532x393mm |
| External dimensions | one unit 1300x926x732mm, two unit 1300x926x1312mm, three unit 1300x926x1926mm |
| Power | 1200w |
| Power supply | 220Vac, 50/60Hz |
| Weight | 250kg |
| The following features are optional | |
| Humidity control range | 40%RH to 80%RH(more than 15°C) |
| Humidity control accuracy | 0.1%RH |
| Humidity uniformity | ≤ 3%RH |
| Light source | Led light, red 50%, blue 50% |
| Wavelength of light | Red light: 640nm to 660nm, Blue light: 430nm to 450nm |
| Light intensity, fluorescent | 10000Lux, measured at a distance of 10 cm |
| Light intensity, grow lights | Red:6500Lux, Blue:6500Lux, measured at a distance of 10 cm |
| Light ratio and intensity control | Red light, blue light independently controlled, intensity adjustable from 0 to 100% in 1% steps |






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