Product Description
Tissue Culture Rack with Digital Timer
A high-quality Tissue Culture Rack designed for laboratory and tissue culture applications, providing an efficient and controlled environment for plant tissue cultivation.
Features:
-
Digital Timer:
Enables precise control of lighting cycles, ensuring optimal light exposure for tissue culture growth.
-
Light Source:
Equipped with LED Bulbs and LED Tubes for energy-efficient, uniform illumination.
-
Power Source:
Operates on AC 220V for stable and reliable performance.
-
Body Construction:
Made from sturdy MS (Mild Steel) Pipes, finished with white paint for durability and corrosion resistance.
-
Platform:
Strong Green Board platform ideal for placing culture vessels.
Available Sizes:
Flexible and Modular DesignThe rack system is constructed with a durable, powder-coated mild steel frame, offering a robust yet flexible platform for plant growth. Removable, height-adjustable shelves allow users to accommodate various flask sizes and plant cultures. The design is modular, enabling future expansion by adding more racks as operational needs grow.
Optimized Growth ConditionsHigh-output tube lights or LED modules on each shelf ensure plants receive uniform illumination. The incorporation of air circulation and optional humidifiers or dehumidifiers maintain consistent temperature and humidity (up to 85% RH and 50C max), supporting healthy propagation. A digital programmable timer controls both lighting and temperature cycles.
Enhanced Safety and MobilitySafety features include an electrical overload protection mechanism and a shock-proof design. Heavy-duty castor wheels are fitted for easy relocation within your facility. The rack's sturdy construction supports loads of up to 50 kg per shelf, making it ideal for high-throughput lab and commercial environments.
FAQ's of Plant Tissue Culture Rack:
Q: How is the lighting system designed to benefit plant tissue culture propagation?
A: Each shelf is equipped with energy-efficient tube lights or LED modules, providing high-output, uniform illumination across all cultures. This ensures optimal light conditions for growth, promoting healthy and consistent plant development during tissue culture propagation.
Q: What customization options are available for the shelves and capacity?
A: The rack features removable and adjustable shelves, making it easy to modify the height as required by flask or vessel size. You can also expand the overall capacity by integrating additional racks into your system as your laboratory or commercial operation grows.
Q: When is it recommended to use optional features like the humidifier or cooling unit?
A: Optional humidifiers are advised when precise humidity control up to 85% RH is needed for specific cultures. The cooling unit can be fitted if you need to maintain lower temperatures, especially when working in warmer environments or with temperature-sensitive plant varieties.
Q: Where can this plant tissue culture rack be effectively used?
A: This rack is suitable for laboratories, research institutions, and commercial plant tissue culture production facilities. Its mobility and modular design make it adaptable to various workspace layouts and scales of operations.
Q: What is the process for maintaining uniform environmental conditions inside the rack?
A: Built-in air circulation provides consistent environmental conditions across all shelves. The digital controller allows users to program lighting and temperature cycles, and additional humidifiers or dehumidifiers can be used for further environmental control as required.
Q: How does the rack ensure operator safety during use?
A: The rack incorporates electrical overload protection and a shock-proof design, reducing the risk of electrical hazards. All electrical components are safely integrated, providing a reliable platform for continual laboratory and commercial use.
Q: What are the key benefits of using this rack for plant tissue culture propagation?
A: Benefits include modular scalability, superior lighting for enhanced growth, robust safety features, easy mobility, substantial load capacity per shelf, and options for environmental control. These factors collectively support efficient, large-scale plant tissue culture operations.