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Bench-top Shaking Incubator LMSI-C202 offers 30 to 400/600 RPM with stainless steel chambers and built-in illumination. Incorporated CFC-free refrigeration system maintains eco-friendly cooling while meeting the cooling needs of temperature-sensitive samples. It ensures quiet, noiseless operation for calm working environment. Equipped with overheat protection to safeguards motor from damage. Our Shaking Incubator is widely applied in biological, chemical, and research laboratories for controlled shaking and incubation.
Catalog Send Mail WhatsappSpecifications
Speed Range | 30 to 400 RPM |
Speed Accuracy | ±1 RPM |
Oscillation Amplitude | Φ25 mm |
Temperature Range | 5°C to 60°C |
Temperature Accuracy | ±0.1°C |
Temperature Uniformity | ±1°C |
Control | P.I.D. (Environmental Scanning Microprocessor) |
Convection Mode | Forced Circulation |
Oscillation Mode | Orbital |
Timing Range | 0 to 999.59hr/Continuous |
Number Of Trays | 1 |
Display | LCD |
Chamber Material | Stainless steel |
Heater Power | 400 W |
Power Consumption | 490 W |
Power Supply | AC 200 to 240V/50 to 60HZ |
Height | 920 mm |
Tray Dimension | 400×370 mm |
Chamber Dimension | 410×450×300 mm |
Outer Dimension | 610×610×510 mm |
Net Weight | 72 Kg |
Features
P.I.D. controller
LCD display
Single-shaft drive
Audio-visual alarms
Pneumatic spring lid
Standard Accessories
Model No | Particular | Quantity |
LMSI-C-SA01 | Shaking tray | 1 |
LMSI-C-SA02 | Flask clamp | 1 |
Optional Accessories
Model No | Particular | Quantity |
LMSI-B-OA01 | Humidity testing/control system | 1 |
LMSI-B-OA02 | Gas inlet | 1 |
LMSI-B-OA03 | Illumination system (15000Lux) | 1 |
LMSI-B-OA04 | UV lamp | 1 |
Applications
Bench-top Shaking Incubator LMSI-C202 facilitates controlled shaking and incubation, supporting consistent sample processing. It is employed in biological, chemical, and general research laboratories for various experimental and analytical needs.
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Frequently Asked Questions
1 What is a Shaking Incubator?
A Shaking Incubator is an apparatus designed to combine shaking motion with controlled temperature to support the growth of cell cultures and microorganisms.
2 How does Shaking Incubator function?
It functions by providing a constant temperature environment along with orbital shaking, which ensures proper mixing and aeration for the samples.
3 Can Shaking Incubator be used for bacterial culture growth?
It is ideal for bacterial culture growth, especially aerobic bacteria, as it provides constant agitation and optimal temperature for rapid multiplication.
4 Is Shaking Incubator suitable for yeast fermentation processes?
It is commonly used in yeast fermentation to ensure even nutrient distribution and oxygen supply, promoting high biomass yields.
5 Is Shaking Incubator used in enzyme activity studies?
It is often used in enzyme activity studies to maintain a stable temperature and mix substrates with enzymes, improving reaction consistency and reproducibility.
6 How does Shaking Incubator assist in solubility testing of compounds?
It helps in solubility testing by keeping samples uniformly agitated at a set temperature, allowing researchers to evaluate how substances dissolve over time under controlled conditions.
7 Can Shaking Incubator be used for cell line expansion in biotechnology labs?
It is frequently used for expanding cell lines in biotechnology labs because it supports high-density cell growth in suspension cultures.
8 Is Shaking Incubator useful in bioremediation research?
It plays an important role in bioremediation research by enabling the cultivation of microbes that degrade pollutants under controlled shaking and temperature conditions.
9 How is Shaking Incubator used in antibiotic efficacy testing?
It is used in antibiotic efficacy testing by incubating bacteria with different antibiotic concentrations, allowing researchers to monitor bacterial growth under shaking conditions for better diffusion and interaction.
10 Can Shaking Incubator be used for environmental microbial studies?
It is widely used in environmental microbial studies to culture soil or water microbes under controlled conditions for biogeochemical and ecological analysis.