Germinator
The FG Growth Chamber or Germinator Model ZFL is equipped with reliable heating and uniform light distribution, simulating natural light. This product is an excellent choice for growing plants and insects, as it simultaneously controls environmental parameters such as temperature, light, and humidity. Advanced controllers with day and night programming capabilities and safety alarms are among the advantages of this product.
Introducing the new generation of FG plant growth chambers
Changing the optical spectrum of the device according to your needs with just 3 clicks
Movable Light Trays: Allow for the placement of samples with varying heights inside the chamber.
Adjustable Light Spectrum: Options for cool white light, warm white light, and flora light, to support different growth conditions.
LED Lighting: Utilizes LED lamps instead of fluorescent lights, ensuring energy efficiency and longer lifespan.
Uniform Light Distribution: Provides homogeneous light throughout the entire usable space.
Light Intensity Adjustment: Allows for precise control over the light intensity to meet the specific needs of different plant species.
The most accurate germinator in the world with unique isotherm in accordance with the most reliable international standards
Rapid temperature recovery to the set temperature after opening the door
Temperature uniformity at 27 points within the chamber
High heating speed
Temperature stability
Triple-layer walls
The pleasure of using the most accurate cooling system in the world
Outstanding cooling capacity even at high ambient temperatures
Frost-free operation
Two evaporators
Double safety to protect your samples against unwanted increase or decrease in temperature
Adjustable safety thermostat with a separate sensor (equipped with two PT100 sensors).
Compliant with the latest standards (TWW) DIN 12880 Class 3.3.
Temperature control in case of unintended temperature increases or decreases.
The most resistant humidifier without deposits on the sensors
Prevention of chemical reactions and corrosion of water level sensors
Use of electronic sensors for water level control
Prevention of water deposits on electronic sensors
Unique humidifier system
Separate inlet and outlet water source with a dedicated pump (no need for plumbing for water inlet and sewage)
Rapid humidity recovery to the set level after opening the door
Excess water drainage pump
Precise humidity control
High-speed humidity generation
Accurate humidity sensor
Using the latest and most accurate ARM series microcontrollers
Controller lock system to prevent accidental changes
Graphical LCD display with touch buttons
Easy humidity calibration by the user at 2 points
Easy temperature calibration by the user at 6 points.
PID controller for precise temperature and humidity control
Controller with 3 programs and 100 steps each
STM Smart Temperature Check
Smart alarm for deviations in temperature and humidity
Water shortage or disconnection alarm
Door open alarm
SMS notifications in case of an alarm
Record DOCUMENTATION values
Technical specification table | ZFL
What is a Growth Chamber or Germinator?
Introduction to Growth Chambers
Growth chambers or germinators (GROWTH CHAMBER) are devices used to create ideal environmental conditions for the growth of seeds or plant embryos. A laboratory germinator provides conditions in which light, humidity, and temperature are controlled to create optimal conditions for seed or embryo growth.
Types and Sizes of Growth Chambers
In general, growth chambers are categorized into different types, with the smallest being desktop models, while the largest can range from about 5,000 liters to 25,000 liters, commonly referred to as WALK-IN chambers. The external body of the chamber is made of sheet metal with electrostatic powder coating, while the internal compartment is entirely made of stainless steel, which not only provides exceptional durability but also gives the device a unique aesthetic.
Design and Durability
Upon inspecting the internal compartment of the device, one can notice the use of curved corners, which facilitates cleaning and enhances user safety. Additionally, the use of stainless steel makes the internal growth chamber resistant to moisture.
Advanced Technology and Control System
The highly advanced controller of the device, equipped with the latest ARM-series microprocessors, stands out. The device’s controller, using smart algorithms, plays a significant role in controlling and stabilizing temperature and humidity.
Applications of Growth Chambers
Growth chambers are essential equipment in agricultural laboratories. However, they are also used in food, hygiene, cosmetics, and even pharmaceutical industry laboratories. Additionally, due to the simultaneous provision of light, temperature, and humidity, they are widely used in university labs, research centers, and industrial settings.
Key Features and Technologies
Designers of this series of chambers have clearly aimed to meet the needs of a broad spectrum of users while adhering to international standards. Features include:
- DUAL SAFETY system (safety thermostat)
- HCT technology (for temperature uniformity within the chamber)
- Advanced ARM-series microcontroller
- NON-CUT technology
- ANTIPOLAR technology (to prevent damage to water level sensors)
- HLD technology (for uniform lighting)
Importance of Temperature and Humidity Control
Growth chambers must have:
- Precise temperature and humidity control
- Circulation fan for uniform temperature and humidity distribution
- Emergency alert system
- Programmability
- Thermal gradient adjustment
- Display to show information
- Timer adjustment capabilities
- Light spectrum adjustment
- Data storage functionality
Calibration and Accuracy
Deviations in temperature and humidity inside the chamber from the set values can cause damage to test samples and significant losses. The device must be equipped with a separate system to prevent unwanted fluctuations and notify the user.
Safety and Standard Compliance
Unwanted temperature increases inside the chamber can damage laboratory samples. Global standards emphasize controlling the chamber’s temperature with an independent thermostat to prevent temperature increases by cutting off voltage to the heating element, thus avoiding potential damage.
FG Growth Chambers: Models and Customization
All FG germinator growth chambers are fan-equipped and available in two sizes:
- 240 liters (ZFL240)
- 400 liters (ZFL400)
FGLAB Software Compatibility
One of the key advantages of this device is its ability to connect to FGLAB software, allowing users to:
- View temperature, humidity, and fan speed in graph and table format
- Print reports
Competitive Quality and Assurance
FG Design Manager assures that this series of germinators is fully competitive with European models. After reviewing these chambers, users will recognize their high quality and performance.
Key Features Summary
- Elegant design and ergonomics
- Circulation fan with adjustable speed
- Easy calibration (humidity at two points, temperature at six points)
- Controller lock to prevent accidental changes
- PID controller for temperature and humidity control
- Controller with 3 programs and 100 steps
- Independent safety sensor (two PT100 sensors)
- Mechanical thermostat (DIN 12880 Class 3,3 – TWW standards)
- LAN and WiFi connectivity
- No driver installation required
- FGLAB software compatibility for mobile, tablet, and computer
- Internal memory for data storage (up to 2 years)
- Data recording compliant with GMP and GLP standards
- LCD display for temperature and humidity graphs
- Long lifespan with LED lamps replacing fluorescent ones
- Adjustable light spectrum (cool white, warm white, floura)
Available Models
- ZFL 240
- ZFL 400
Customized equipment and services
Silicone access port to the internal chamber
IQ, OQ, PQ certificates
Calibration certificate
Network switch
Optical cassette
Modem
Frequently Asked Questions
Considering that the water source of stability chambers is separate from the device, it is possible to disconnect the source from the device when entering the laboratory and reconnect it after installing the device, in which case the depth of the device without the source will be equal to 75 cm.
According to FG standards and the world’s valid standards, the best distance from the walls, floor and ceiling of the stability test chamber is 10% of the length of the same side, for example, if the width of the device is 40 cm, 10% is 4 cm from each side (left and right). ) and if the depth of the machine is 50 cm, 10% of that means 5 cm from the front and back, the distance from the walls of the machine should be considered for loading.
It always takes time for the internal chamber temperature to reach the set point. The smart timer is activated when the temperature reaches the set point.
Since many centers do not have facilities such as water or sewage pipes, a feature has been placed in the FG growth chambers so that they can be installed and work properly independently of the deficiencies of the environment. Therefore, the FG germinator is equipped with an inlet and outlet water source. and does not need plumbing.
Alarms should be such as to attract the user’s attention. Now imagine a device that repeatedly and unnecessarily alarms, such as when the door of the device is opened (naturally, the temperature of the device goes higher or lower). In normal devices, the alarm is activated, but in the FG device, the alarm is activated only when it is needed and in The malfunctioning device is activated.
No, by using HCT technology, instead of water vapor entering the chamber, humid air enters the device, which prevents the samples from getting wet.
Yes, it can be done if needed by the consumers and according to the request.
In the growth chambers available in the market, light systems are usually placed vertically on the door or side walls of the device, which causes some samples to be placed between the light source and other samples should be placed and other samples should be placed in the shade, so that they do not get full light. In HLD technology, light plates are placed horizontally and like floors inside the chamber, and shadows are prevented on the samples.
The FG growth chamber is equipped with the new and exclusive HLD technology, and there is no need to change the lamp and high costs, and you can set the light spectrum you want with just a few clicks through the growth chamber board.
If you still haven’t found the answer to your question, ask us.
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