Oscillator and Shaker

Your Professional Oscillator And Shaker Supplier

Since its establishment, Gaokangmedical-lab has developed into a comprehensive enterprise integrating chemical equipment R&D, production and process customization through continuous technological innovation and market expansion. The company is committed to the research and development and production of low-temperature extraction equipment for fats and oils, and undertakes complete sets of equipment for fats and oils.The main mechanical equipment includes subcritical extraction equipment, functional oils and fats equipment, plant protein equipment, marigold lutein equipment, etc.

Why Choose Us

Our Certificate
The company has passed ISO9001 quality management system certification, EU CE, SGS, TUV and other certifications.

Production Equipment
Gaokangmedical-lab has introduced world-class automated production equipments and production technologies, and continuously expanded its production capacity to meet customers' demands. The investment of advanced production equipment and software facilities makes the enterprise more internationalized and standardized.

Product Application
Since its inception in the fine chemicals, pharmaceuticals, plant extracts, biological preparations for the majority of customers to provide technical support and solution development. The company adheres to the principle of product-based, customer-first, to the material product characteristics as a reference benchmark, to develop the overall process solutions. The products are widely used in laboratories, scientific research institutions, universities, chemical enterprises, hospitals, new energy, agriculture, food, metallurgy, mining, construction, petroleum and other industries.

Good Service
Gaokangmedical-lab High-quality after-sales service, tracking usage, and positive feedback. Rapid response within 24 hours.

Co2 Shaker Incubator
The co2 shaker incubator (also known as the carbon dioxide oscillator) is an experimental device specially designed for cell culture, microbial culture and biochemical reactions.
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Constant Temperature And Humidity Incubator
The constant temperature and humidity incubator has an accurate temperature and humidity control system, which is suitable for the sterility test of drugs, stability inspection and raw material...
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Small Cell Culture Incubator
Small cell culture incubator can be conveniently placed on common lab benches without taking up too much space, while meeting the needs of multiple research teams.
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Incubator Shaker Refrigerated
Incubator shaker refrigerated have functions of UV lamps for room sterilization, humidity monitoring, CO2 control, etc. are provided to meet different experimental needs.
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Mammalian Cell Culture Incubator
Mammalian cell culture incubators is key devices used to simulate the in vivo environment to support cell growth and propagation.
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Tissue Culture Incubator
Tissue culture incubator is a laboratory device Provides a more suitable environment for cell growth, ensuring precise control and consistent maintenance of three core paramete rs - temperature,...
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Mini shaking incubator
Mini shaking incubator is a biochemical instrument LCD displays system status and parameters. - Stable and reliable operation with high quality switch. - Easy to operate with one touch knob.
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shaker incubator for cell culture
shaker incubator for cell culture is widely used in germ culture, ferment, hybridization, and research of biochemical reaction; enzyme and cellular tissue and all those require high temperature...
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Cell Culture Lab Equipment
Cell Culture Lab Equipment is widely used in germ culture, ferment, hybridization, and research of biochemical reaction; enzyme and cellular tissue and all those require high temperature and...
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Shaker with temperature control
The Shaker with temperature control is one temperature controlled biochemical instrument combined incubation and shaking function. It is widely used in cell culture, fermentation, hybridization,...
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Laboratory Shaker
Laboratory Shaker is widely used in bacterial culture, fermentation, hybridization and biochemical reactions, enzymes and cell tissue research which have high requirements on temperature and...
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Shaking incubator bacteria
The shaking incubator bacteria for lab has a stainless-steel universal clamp, digital display temperature control, stepless speed regulation and good thermal cycle function.
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Oscillator And Shaker

Types of Carbon Dioxide Incubator

Direct heat CO2 incubators
Direct heat CO2 incubators provide almost perfect conditions because they have no moving parts or water bath systems, making them more reliable than other incubators. Although these incubators produce hot air without extra humidity, they are not suitable for applications with high moisture levels.

Water-jacketed CO2 incubators
Water-jacketed CO2 incubators are the most popular type of Laboratory incubator. They are enclosed and come with interchangeable shelves. Water circulates through a hollow chamber to maintain the temperature inside the incubator, so the heat generated by samples is transferred away for cooling efficiently.

Types of Benchtop Shaking Incubator

Stackable shaking incubators

Stackable shaking incubators are ideal for labs that need to run several smaller batches of samples concurrently. Like benchtop incubators, stackable incubators have a small footprint that won’t take up a prohibitive amount of space even in a small lab. In addition, the design allows for several incubators to be stacked for even more incubation capacity in a small space.

Floor incubators

A floor incubator offers the greatest incubation capacity and is best for labs that deal with a high volume of samples that must be processed with a shaking incubator. These floor incubators usually feature observation windows which can be used by researchers and laboratory technicians to monitor the incubation of samples during the process.

Specifications of Benchtop Shaking Incubator

Speed Range	30~400 rpm
Standard Capacity	100 mlx9
Maximum Configuration	50 mlx9, 100 mlx9, 250 mlx5
Temperature	RT+5°C~60°C
Temperature Accuracy	±0.1°C
Temperature Uniformity	±0.25°C
Shaking Speed Accuracy	±1 rpm
Timing Range	0~500 h
Motion	Orbital
Vibrational Amplitude (mm)	Φ25 mm
Drive Mode	Unishaft drive
External Material	ABS
Platform Dimension	260x260 mm
Overall Dimension	440Wx420Dx420H mm
Package Dimension	570Wx570Dx590H mm
Display	LCD
Weight	50 kg
Heating Consumption	150 W
Power	280 W
Power Supply	AC110V/220V±10%,50/60Hz

Temperature Control Of Carbon Dioxide Incubator

Control Range	Ambient +5°C to 60°C (37°C default)
Set-Point Range	Ambient +5°C to 60°C (37°C default)
Uniformity	±0.2°C @ 37°C
Accuracy	± 0.1°C
Recovery	0.25°C/min. on Average
Display Resolution	0.1°C
Display	Single Display/ Double Display
Temperature Sensor Type	Precision Integrated Circuit

Structure Of Carbon Dioxide Incubator

A CO2 incubator generally consists of a chamber, carbon dioxide, temperature, humidity, electrical control system, and other parts.

Enclosure

The main body of the CO2 incubator, typically crafted from stainless steel for excellent corrosion resistance, houses culture racks or trays for cell or microorganism cultivation. The enclosure is also equipped with user-friendly observation windows, lighting, and other tools, facilitating easy and efficient monitoring of the incubator's internal processes.

CO2 Control System

The CO2 control system is the core part of the CO2 incubator. Its main function is to control and regulate CO2 through chemical absorption, molecular sieve adsorption, membrane separation, and other technologies. It generally consists of a sensor, controller, CO2 gas source, and so on.

Temperature Control System

The temperature control system is also an important part of the CO2 incubator; its main function is to accurately control and regulate the temperature inside the incubator. The temperature control system generally consists of controllers, sensors, heaters, etc.

Humidity Control System

The humidity control system is an important part of CO2. Its main function is to accurately control and regulate the humidity inside the incubator. The humidity control system generally consists of controllers, sensors, humidifiers, and so on.

Electrical control system

The electrical control system serves as the central hub of the CO2 incubators, providing comprehensive control and monitoring of the CO2 control system, temperature control system, humidity control system, and more. Its role is pivotal in ensuring the smooth operation of the incubator, giving you peace of mind in your research.

Features of Benchtop Shaking Incubator

Advanced software

Sophisticated software and programs make shaking incubators easy to use so it’s important to look for a model that has advanced software compatibility.

Accessory compatibility

An incubator that is compatible with many different accessories promotes increased versatility that makes it suitable for a wide range of specialized applications.

Temperature control

Different applications require different temperatures to be administered, so it's best to look for a shaking incubator that has an extended temperature range for optimum versatility.

How To Calibrate Carbon Dioxide Incubator

Calibrate regularly
Regular calibration of the CO2 incubator is essential to ensure its stability and accuracy. It is recommended to follow the manufacturer's guidelines for calibration, usually every six months or once a year.

Use of calibration gas
The calibration process requires using calibration gases to ensure their purity and stability. According to international standards, calibration gases should be selected, properly prepared and checked before calibration.

Temperature and humidity
In addition to the CO2 concentration, the temperature and humidity sensors need to be calibrated. This ensures the accuracy of the environmental parameters inside the incubator, which is essential for the culture of biological samples.

Calibration procedures
The calibration procedure usually involves the following:

Setting the calibration gas flow and concentration.

Adjusting the incubator environment to the target parameters.

Checking and calibrating with calibration instruments.

Recording and Verification
After completing the calibration, record the date of calibration, calibration results, and calibrator information. Then, verify that the incubator maintains a stable environment over time.

Our Service

Product consulting services

Including product parameters, prices, use scenarios and use effects.

Line customization and product optimization

We will provide you with a one-stop service, from the design of the line to finished product testing, installation and technical guidance.

Logistics and transportation

The finished product is packed carefully to help you avoid problems that may be encountered during transportation.

After-sales support

We have a professional technical team to help you solve the problems encountered in production.

FAQ

Q: What is the purpose of a shaking incubator?

A: What is the working principle of a shaker incubator? The principle behind a laboratory incubator shaker is simple: it provides a controlled environment for samples to grow and develop while also providing mechanical agitation to mimic the natural movement of cells in their environment.

Q: What is the principle of orbital shaking incubator?

A: Operating Principle: The Orbital Shaker Incubator operates by placing samples on a platform or tray that oscillates in a circular motion at a consistent speed. This motion ensures uniform mixing of cultures and helps to enhance cell growth, protein expression, and chemical reactions.

Q: Why do we grow bacteria in a shaking incubator?

A: Bacteria are grown in flasks on rotating shakers for many reasons, including production of non-native proteins and genetic material for research applications. The microbial growth can be affected by many variables, chief among these being temperature and aeration controlled by the mechanical orbital shaker.

Q: What is the difference between an incubator and a CO2 incubator?

A: CO2 incubators are enclosures designed to precisely control the environment needed to grow biological or cell cultures. While the term "incubator" is used in a broad range of applications like egg and poultry production, pharmacological and drug development, this article focuses on biological and cell incubation.

Q: What is the difference between anaerobic and CO2 incubators?

A: A carbon dioxide incubator can simulate the formation of a similar cell or tissue growth environment in vivo in the box. An anaerobic incubator is a device for bacterial culture and operation under anaerobic conditions.

Q: Do CO2 incubators need water?

A: Since the T/C measurement works in conjunction with temperature and humidity, it is important to keep the water pan full. If the water runs out, that will likely affect the T/C sensor calibration. If you have a Thermo Scientific CO2 incubator with a TC180 sensor, this will compensate for changes in humidity.

Q: What is the oxygen level in a CO2 incubator?

A: In standard humidified cell culture incubators maintained at 5% CO2, oxygen levels are equal to 18.6% O2 (v/v), equivalent to an oxygen tension or oxygen partial pressure (pO2) of 138 mmHg ( Wenger et al., 2015 ). However, cells are maintained at much lower pO2 levels in vivo ( Carreau et al., 2011 ).

Q: What temperature should a CO2 incubator be?

A: The goal of placing your cells in a CO₂ incubator at body temperature (37 °C/98.6 °F) is indisputable; mammalian cells will grow best at their native temperature. CO₂ gas serves to maintain in vivo pH, similar to CO₂ tension in the bloodstream. High humidity prevents evaporation of growth media.

As one of the leading oscillator and shaker manufacturers and suppliers in China, we warmly welcome you to buy high-grade oscillator and shaker made in China here from our factory. All machines are with high quality and competitive price.