Shaker Incubator

Shaker Incubator

The FG KM 11 shaker incubator is designed and manufactured using cutting-edge global technology and the expertise of Iranian engineers. With noiseless and vibration-free orbital motion, a load capacity of up to 10 kilograms, and precision to a tenth of a degree, this device ranks among the world’s finest shaker incubators. Its extensive and versatile features, such as a data logger and graphical LCD display, make it suitable for use in various laboratories, including medical, industrial, pharmaceutical, and research facilities.

The FG shaker incubator is suitable for use in various types of laboratories, including: Medical diagnosis Industrial Pharmaceutical Food industry Investigation It is applicable.

Introduction to the New Generation of FG Shaker Incubators

High-speed, smooth orbital movement with no noise

Continuous operation even when using the device’s maximum capacity
Uniform movement across the entire surface
Loading capacity up to 10 kg
Smooth and noiseless movement

The most accurate shaker incubator in the world with unparalleled temperature uniformity, meeting the highest international standards.

Rapid temperature recovery to the set value after opening the device door

Temperature uniformity at 5 points in the chamber

High heating speed

Temperature stability

Double safety protection to safeguard your samples against unwanted temperature fluctuations.

Compliant with the latest DIN 12880 Class 3.1 standards

Adjustable safety thermostat with a separate sensor

Equipped with two PT100 sensors for added safety

Equipped with two speed sensors

The latest and most precise ARM series microcontrollers.

7-inch color graphical LCD display with touch buttons
Temperature and speed sensor failure alarm, both audible and visual
Motor protection system to prevent burnout
Automatic device motion stop when the door is opened
Easy user calibration at 6 temperature points
Controller lock to prevent accidental changes
999-hour timer (with continuous operation capability)
Precise RPM counter and motor speed control
Temperature controller for precise temperature regulation

Documentation of Recorded Values

View the temperature and speed graph on the device's LCD without the need for a computer.
Data storage for up to six months in accordance with GMP and GLP standards
USB port for connecting a flash drive.

FGlab2 Software

Ability to save data in PDF format via computer Capability for reporting in tables and graphs Ability to save and print tables and graphs Information management capability

Product video

To get familiar withMore product detailsWatch the video opposite.

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Technical Specifications Table for Shaker Incubator

External specifications
KM11
Depth with handle and water inlet and outlet pipe (cm)
 
77
Machine height (cm)
 
44
Machine width (cm)
 
47
Internal Specifications
KM11
Device Height (cm)
25.8
Machine Width (cm)
31
Machine Depth (cm)
33
Empty Weight (kg)
42.5
Weight Capacity (kg)
10
Installation Conditions
KM11
Distance from devices and side walls (cm)
15
Clearance above the appliance for door opening (cm)
55
Distance from the device to the back wall (cm)
20
Minimum and Maximum Ambient Temperature (°C)
16+ to 26+
Maximum Ambient Humidity (%RH)
70
Temperature - Humidity Specifications (*)
KM11
Temperature recovery after 30 seconds of door opening at 25°C
10
Clearance above the appliance for door opening (cm) Time to reach 90% of SP from ambient temperature to 40°C (min)
5
Temperature uniformity at 25°C (variation) (±K)
0.5
Temperature fluctuation at 25°C (fluctuation) (±K)
0.1
Temperature uniformity at 40°C (variation) (±K)
0.5
Temperature fluctuation at 40°C (fluctuation) (±K)
0.3
Minimum temperature (°C)
*AT+5
Minimum temperature when connected to chiller (°C) RM6
*AT-10
Maximum temperature (°C)
60
Safety temperature cut-off (°C)
70
Rotation specifications
KM11
Type of movement
Orbital
Movement diameter (mm)
24
Maximum rotating weight (kg)
10
Speed range (RPM)
220-50
Allowed operating time
Permanent work
Speed display accuracy
1%
Electronic information
KM11
Power consumption (W)
 
1000
Frequency
 
50
Voltage (VAC)
 
220
Current(A)
 
4.5

What is a Shaker Incubator?

A shaker incubator is a laboratory device that combines the features of an incubator and a shaker. It is used in scientific research and laboratories to create controlled conditions for the growth and culture of microorganisms, cells, and tissues. Typically, this device consists of a chamber that maintains temperature and humidity, along with a shaker mechanism that agitates or mixes samples. This agitation ensures uniform distribution of materials and gases in the sample, preventing sedimentation of cells or particles during culture. Such motion is crucial for maintaining uniform growth conditions and maximizing the efficiency of cell or microorganism cultures.

Shaker incubators are widely used in fields such as microbiology, cell biology, biochemistry, and pharmaceutical research. In these areas, precise control over environmental conditions is essential for conducting experiments and culturing biological samples.

Generally, shaker incubators are classified into various types, including standard thermal incubators (temperature range: +30°C to +70°C) and refrigerated incubators (temperature range: -5°C to +70°C), depending on laboratory requirements.

Features of FG Shaker Incubators

FG shaker incubators boast exceptional capabilities, making them standout products in both domestic and international markets. Key features include:

  • Elegant and ergonomic design
  • Smart digital control board with a 7-inch LCD display
  • Touch-sensitive buttons
  • Outstanding temperature accuracy
  • Unique CMT technology
  • Capability to connect to a chiller circulator for cooling the chamber
  • Use as a refrigerated shaker incubator for below-room-temperature applications

In addition to controlling the internal temperature, FG shaker incubators provide orbital shaking, creating an ideal environment for maintaining and growing microorganisms in a uniform temperature setting. They are commonly used for incubating bacterial, viral, and fungal cultures.

Applications of Shaker Incubators

Laboratory shaker incubators are essential equipment in various laboratory environments, including:

  • Pharmaceutical industry labs
  • Clinical diagnostic laboratories
  • Hospitals
  • Universities and research centers
  • Food industries

Types of Shaker Incubators

Shaker incubators are often categorized based on shaking mechanism, volume capacity, body material, controller type, and temperature range. The most common types include:

  1. Standard Shaker Incubators:
    These are basic models used for general applications, typically with a temperature range of +30°C to +70°C.
  2. Refrigerated Shaker Incubators:
    Designed for applications requiring lower temperatures, they usually operate within a temperature range of +4°C to +40°C.
  3. CO₂ Shaker Incubators:
    Ideal for applications requiring precise CO₂ level control. These units are equipped with a CO₂ tank for maintaining gas levels within the chamber.

Other advanced features may include:

  • Humidity Control: For applications requiring moisture regulation.
  • Light Control: To protect samples from light exposure.
  • Atmosphere Control: To adjust gas composition in the environment.

When choosing a shaker incubator, it is important to consider specific laboratory needs, such as application, required temperature range, capacity, and more.

Key Features to Consider

Laboratory incubators typically include temperature controllers, air vents (for releasing vapors and gases), and timers. Advanced models offer features such as programming, thermal ramp adjustment (RAMP), and delay timers (for setting device start times).

Important Factors When Purchasing a Shaker Incubator

  1. Chamber Door Design:
    While most shaker incubators feature front-hinged doors, advanced models are equipped with top-opening doors using special hinges, facilitating easier loading and unloading of flasks and samples.
  2. Orbital Motion Mechanism:
    Standard models often use a single cam and four springs (or similar materials) to create orbital motion. This can cause issues like noise, unwanted vibrations, and uneven movement. In advanced systems, four cams replace the springs, distributing the load evenly across the entire surface. This ensures smooth, stable motion and faster, more efficient mixing of solutions.

Capacity and Customization Options

FG shaker incubators are currently available with a loading capacity of up to 10 kilograms. Additionally, they can be customized according to specific customer needs. These devices are primarily designed for temperatures above ambient conditions. For lower temperatures, FG chiller circulators can be paired with the incubators.

Refrigerated Shaker Incubators:
FGIRAN shaker incubators, when connected to chiller circulators, can function as refrigerated shaker incubators. These devices enable temperature conditions from 10°C below ambient to 60°C, making them suitable for a wide range of applications.

Customized equipment

Clips for holding Erlenmeyer flasks in 500 ml and 1000 ml sizes

Holder plate for clip-on clamps

Adjustable support arms

Laboratory chiller model RM6

IQ, OQ, PQ certifications

Calibration certificate provision

Frequently Asked Questions

Yes, in these situations, a flow control system is used in incubator shaker devices to prevent stress on the motor and gearbox. In case of overload, the sensor cuts off the flow to the motor and the shaker stops. This prevents the motor from burning out and damage to the gearbox.

Yes, the use of CMT technology in incubator shaker devices has caused that at any point on the moving plate where you place the load, 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 constant movement and you will not witness such problems. Also, the lack of use of chains, belts and springs has caused the device to work smoothly and without additional noise and vibration.

Clamps available in shaker incubators These clamps are usually suitable for sizes 250, 500 and 1000 and can be made in other sizes if the user needs them.

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