Shaker Incubator
FG Shaker Incubator KM11 model is designed and produced using modern technology. Orbital motion without the slightest noise and vibration, loading capacity of up to 10 kilograms, and unrivaled 0.1°C accuracy have made this device one of the most unexceptionable in the market. Broad and diverse features of this device have allowed its utilization in different laboratories, Such as medical, industrial, pharmaceutical, and research laboratories.
FG Shaker Incubator is used in various Medical Industrial Pharmaceutical Food industry Research laboratory
CMT (Consistent Movement Technology)
Uniform movement throughout the whole surface
Continuous operation, even under full load
Loading capacity of up to 10 kilograms
Smooth and silent movement
Strapless and spring-less
HCT (Homogenic chamber technology)
Quick return of the temperature to the set temperature after opening the device door
Uniformity @ 5 points of the chamber
High heating speed
Temperature stability
DUAL SAFETY
Class 3.1 independent temperature safety device (DIN12880) (TWB)
Visual and acoustic alarm
Two PT100 sensors
Two speed sensors
ARM series micro controller
9999-hours smart timer (permanently operable)
6 points user temperature calibration
Double PT100 temperature sensor
PID controller with high accuracy
7”Color graphic TFT LCD
Capacitive touch key
Open door alarm
Lock functions
Record values of Documentation
Table of technical specifications of the device
Custom equipment
Clamps in different sizes for a variety of Erlenmeyer flasks
Laboratory chiller model (RM6)
IQ, OQ, PQ certificate
Calibration certificate
A Shaker incubator is used for the cultivation and growth of bacteria. Shaker incubators are part of the fixed equipment of laboratories. Due to high-temperature accuracy, they are used in different laboratories, such as laboratories of pharmaceutical factories, universities, research centers, food industries, etc. Incubators are generally divided into different types. But in the laboratory environment of, different types of these devices as a normal or thermal incubator (temperature range from 30 to 70 degrees Celsius), Refrigerated incubators (average temperature range from -5 to +70), CO2 incubators, shaker incubators, and refrigerated shaker incubators used.
Shaker incubators of FG with unique capabilities show themselves in the domestic and foreign markets. Beautiful appearance and ergonomic design, smart digital board with seven-inch LCD screen, touch buttons, unique temperature accuracy, using CMT’s unique technology, And the ability to connect the device to a Circulator chiller To cool the chamber and to be able to be used as a refrigerated incubator shaker for temperatures lower than the ambient temperature is among the special advantages of these devices.
In addition to controlling the temperature inside the chamber, the Shaker incubator allows the mixing of the solution in an orbital manner. It is designed to maintain and grow microorganisms in a suitable environment with a uniform temperature. One of its most common uses is incubating bacterial, viral, and fungal cultures.
Laboratory Shaker Incubators are part of laboratory equipment. They are used in different laboratories such as laboratories of pharmaceutical factories, medical diagnosis laboratories, hospitals, universities and research centers, food industries, etc.
Shaker incubators are usually used in terms of the type of shaker movement and different volumes. In some cases, they are also classified according to the type of body and type of controller and temperature range.
Laboratory incubators usually have a temperature controller, an air release valve (for the release of vapors and gases inside the device), and a timer, which in advanced models, features such as programming, setting the thermal gradient (RAMP), and delay timer (for setting the time to turn on the device). There is.
One of the most important points when buying a shaker incubator is the material and how to open the device’s door. While in many shakers, the door is hinged and opens from the front, in these advanced devices, the door is opened from the top using special hinges, making it easier to place and remove Erlen and ingredients inside the device.
The next point is that in the shaker incubators available in the market, a crank and 4 springs (or rubber or any type with spring capability) are usually used to create orbital movement, which causes many problems such as noise and unwanted vibration, and lack of uniformity movement. In advanced systems, instead of using 4 springs, four cranks are used in the four corners of the device. With this method, wherever you place the load on the moving plate, the resulting pressure will be spread over the entire surface, and the pressure will not be concentrated at one point. Therefore, the device will have a uniform and steady movement, and the solution mixing process will be correct. And it is done in less time.
FG Shaker Incubators are now produced with the ability to load up to 10 kg, which can be made according to the customer’s needs upon request. You can use FG circulator chillers next to this device.
FG shaker incubators can also be used as refrigerated shaker incubators due to the ability to connect to a chiller and to use this device at temperatures lower than the ambient temperature; by connecting this device to a chiller, the temperature conditions can be up to 10 degrees. Lower than the ambient temperature provided up to 60 degrees.
From the beginning of 2016, FG started a new chapter in producing high-quality Shaker devices by producing a new series of Shaker incubators. Small design points such as ergonomic body, comfortable use, and use of high-quality raw materials have placed these devices among the best laboratory equipment.
The designers of the E series have tried to meet the needs of a wide range of users along with compliance with international standards. For this purpose, facilities such as DUAL SAFETY (safety thermostat), seven-inch LCD, touch buttons, unique temperature accuracy, and the use of unique technology Befard CMT and the ability to connect the device to the circulator chiller to cool the chamber are included in this series of shakers.
The design manager of FG assures you that this series of shaker incubators are completely competitive with European examples, which you will also find out after checking this series of devices.
One of the important points of the device is the material and the way the door opens. While in many of these devices, the door is hinged and opens from the front, in these FG devices, the device door is opened from the top using special hinges, and this makes it easier to place and remove Arlen and materials inside the device. Also, the material of the door is PMMA, which provides the ability to see the inside of the device without opening the door.
On the other part, the ultra-advanced controller of the device stands out with the latest microprocessors. The device’s controller significantly contributes to controlling the temperature and thermal stability of the shaker using smart algorithms.
FG shaker machines can load up to 10 kg. The minimum temperature of FG shakers is 5 degrees higher than the ambient temperature, and the minimum temperature for cooling using the FG circulator chiller is 10 degrees lower than the ambient temperature.
The price of shaker incubators available in the market is different, and upon request, it is also possible to make them according to the customer’s needs.
These incubators are used in a temperature range of 5 degrees above the ambient temperature up to 70 degrees. You can use a circulator chiller if you need a temperature lower than the ambient temperature.
To know the price list of all FG Shaker Incubators, you can contact us through the company’s contact numbers or messages through WhatsApp or Telegram. You can also contact us to get the price list.
Frequently Asked Questions(FAQ)
Yes, in these cases, the flow control system is used in shaker incubator devices to avoid pressure on the engine and gearbox. In case of overloading, the sensor cuts off the input current to the motor, and the shaker stops. In this way, it prevents the engine from burning and damaging the gearbox.
The use of CMT technology in shaker incubator devices has made it possible to place the load at any point of the moving plate, the resulting pressure will be spread over the entire surface, and the pressure will not be concentrated in one point. Therefore, the shaker will have a uniform and steady movement, and you will not witness such problems. Also, not using chains, belts, and springs has made the device work smoothly and without extra noise and vibration.
Clamps in Shaker Incubator These clamps are usually suitable for sizes 250, 500, and 1000 and can be made in other sizes if required by the user.
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