Lab Incubator
Your Professional Lab Incubator Supplier!
Kleibertus(Haikou) Electronic Technology GmbH is a foreign trade factory focusing on the life and health industry, committed to independent research and development, production and sales of high-quality products covering the entire medical and health industry chain. Our products cover areas such as medical diagnosis, in vitro diagnostic equipment, biosafety protection, disinfection and sterilization, purification engineering, cold chain transportation and medical beauty products, truly realizing a one-stop solution.
Why Choose Us
Full Industry Chain Coverage
Our products cover medical diagnosis, in vitro diagnostic equipment, biosafety protection, disinfection and sterilization, purification engineering, cold chain transportation and medical beauty products, truly realizing a one-stop solution.
Authoritative Certification Guarantee
The products have passed international certifications such as EU CE, EN, US NSF, FDA, etc., and the quality standards strictly meet the needs of the global market, winning high recognition from international customers.
Global Layout
Our business covers more than 190 countries and regions around the world. With an efficient international supply chain and customer service network, we ensure a quick response to global customer needs.
Leading in Technology and R&D
We always adhere to technology-driven, continue to increase R&D investment, ensure that our products always maintain high quality and high performance, and can meet the diversified needs of different markets.
Our Best-Selling Lab Incubator
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Gel Card Incubators
The Gel Card Incubator is designed to provide precise temperature control with advanced PID microprocessor technology, ensuring an accuracy of ±0.5°C. Featuring a user-friendly LCD display, it provides real-time temperature and countdown readings, making it easy to monitor and adjust settings. The sturdy powder-coated steel exterior ensures durability and long-lasting performance, while the built-in automatic fault detection and alarm functions guarantee safe operation at all times.
Mould Incubators
The mould incubator series is a versatile and reliable solution used across various industries, including healthcare, epidemic prevention testing, biopharmaceuticals, livestock research, environmental protection, and agricultural studies.
Large Shaking Incubator
The large shaking incubator is a versatile solution for a wide range of applications, including bacterial culture, fermentation, hybridization, biochemical reactions, and enzyme or cell tissue research. Its high-quality servo motor guarantees smooth, reliable operation with precise control over speed, temperature, and time settings, making it ideal for various experimental needs.
Lab Incubator Technical Parameters
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Model |
BJPX-M80BI |
BJPX-M100BI |
BJPX-M150BI |
BJPX-M200BI |
BJPX-M250BI |
BJPX-M300BI |
BJPX-M400BI |
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Capacity |
80 |
100 |
150 |
200 |
250 |
300 |
400 |
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Temp.Control Range |
0℃～ 65℃(Microcomputer PID control) |
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Temp.Uniformity |
±2℃ |
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Temp.Fluctuation |
±1℃ |
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Temperature and Humidity Display Accuracy |
0.1℃ |
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Humidification Method |
Built-in humidification pan for natural evaporation. |
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Timing Range |
0～9999min(h) |
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Power Consumption |
1000W |
1200W |
1400W |
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Refrigerant |
R134a |
R404a |
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Power |
AC220V, 50/60Hz(Standard);AC110V,60Hz(Optional) |
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Accessories |
Standard: Socket, lighting; Optional:USB interface, Printer |
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External Size(W*D*H) |
540*580*1110mm |
540*580*1220mm |
590*630*1380mm |
590*660*1530mm |
620*700*1600mm |
660*700*1700mm |
720*760*1800mm |
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Internal Size(W*D*H) |
400*370*560mm |
400*370*680mm |
450*420*850mm |
450*450*1000mm |
480*490*1070mm |
520*500*1170mm |
580*540*1270mm |
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Package Size(W*D*H) |
670*710*1280mm |
670*710*1400mm |
720*760*1560mm |
720*790*1710mm |
750*830*1780mm |
790*830*1880mm |
850*880*1980mm |
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Net/Gross Weight |
65/85kg |
70/90kg |
90/120kg |
95/138kg |
105/145kg |
115/157kg |
135/170kg |
Consistent Heat Distribution: Avoidance of ‘hot spots’ is crucial for an even temperature throughout.
Humidity Control: Some samples may need a controlled humidity environment.
Shaking feature: Useful for certain types of cell culture.
In-built Safety Measures: This includes over-temperature safety features to protect cultures and the incubator itself.
Energy Efficiency: Energy-efficient incubators can reduce running costs and lower environmental impact.
Lab Incubator Components & Their Roles
Temperature control
Perhaps the most basic yet crucial feature, maintaining a steady temperature, whether it’s a high or low temperature, ensures the optimal growth and metabolic activity of the organism being cultured.
Humidity control
Especially vital for cell cultures, consistent humidity levels prevent the evaporation of culture mediums, ensuring that cells remain hydrated and nourished.
Gas concentration control
Some cultures, like mammalian cells, require specific concentrations of gasses. The ability to regulate this is essential in creating the most conducive environment for growth.
Sterility
Many modern incubators have features like UV sterilization to ensure that cultures remain uncontaminated. Cleanliness is paramount, as external microbes can compromise an entire experiment.
Uses of Lab Incubators
Microbiology
In microbiology, incubators culture microorganisms such as bacteria, fungi, and yeast. These studies are crucial for understanding microbial growth dynamics, antibiotic resistance, and environmental interactions.
Cell Culture
For cell culture research, incubators are indispensable for cultivating and maintaining mammalian cells in vitro. They are widely used in fields such as genetics, cancer research, and drug development, typically providing an environment of 37°C, over 90% humidity, and 5% CO2 concentration. This ensures cell viability and effective proliferation.
Environmental Science
lab incubators, particularly BOD (Biochemical Oxygen Demand) incubators, are widely used in water quality monitoring. By cultivating microorganisms in water samples, researchers can measure the biochemical oxygen demand and evaluate the levels of organic pollutants in water bodies.
Pharmaceutical Development
Pharmaceutical Development incubators play a pivotal role in the pharmaceutical industry, especially in the development of new drugs and vaccines. Their stable environment for protein folding, enzymatic reactions, and vaccine production ensures high reproducibility and accuracy in pharmaceutical research.
Tissue Engineering and Organoid Growth
In the fields of tissue engineering and regenerative medicine, incubators are used to grow organoids, which are miniature 3D structures that mimic the behavior of actual human organs. These organoids are extremely valuable for studying disease mechanisms, testing new drugs, and exploring innovative therapies.
Lab incubators include a range of features that ensure the temperature and viability of samples, including:
Tempered glass viewing windows
Glass viewing windows allow laboratory technicians to conduct visual inspections or counts of samples without needing to open the door and disrupt conditions.
Pre-programmable warm temperatures ranging from ambient to 70°C
This allows samples to be kept at a stable temperature, higher than ambient, to encourage growth - be that at normal or increased rates.
Temperature precision of between +/- 0.1 to 0.5°C, depending on the model
Accurate temperature control ensures the viability of more delicate samples and means specific tests involving temperature change can be carried out with ease.
A large capacity range, from 30 to 763 Litres, or larger, depending on the model
Lab incubators are available in a range of models, from under-counter to freestanding single or double units, which come with their own capacities – ideal for laboratories of all sizes.
Safety Checklist for Lab Incubator Users
Regular maintenance: Like any equipment, incubators should be checked and serviced regularly to ensure they function optimally. This includes cleaning, recalibration, and addressing any wear and tear.
Monitor gas levels: If you’re using an incubator that regulates gas levels, ensure there are no leaks. Prolonged exposure to gases like CO2 can be harmful.
Aseptic techniques: Always use sterile techniques when introducing or removing cultures. This protects the cultures and prevents the potential spread of harmful microorganisms.
Proper training: Ensure that every individual using the incubator is adequately trained, not just in its operation but also in understanding its functions and safety features.
Emergency protocols: Have clear protocols for emergencies, such as power outages or equipment malfunctions.
Backup systems: For long-term experiments, backup power systems can prevent data loss and culture death due to unexpected power failures.
Regularly update software: For incubators with digital controls, keeping software up-to-date ensures smooth operation and access to new safety features.
Packaging and Shipping
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Packaging |
Foam, plastic bags, cartons |
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Transportation methods |
Road transport, rail transport, sea transport, air transport |
Our Certificate
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FAQ
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