Incubators

WJ-3-T CO2 incubator is widely used in modern medicine, biology, chemistry and agricultural science for cultivating biological cells, tissues and bacteria.
WJ-3-T CO2 incubator
·Equipped with sterile air filtration device and ultraviolet system to reduce pollution.
·Natural evaporation and humidification ensure good humidity in the box.
· Equipped with fan forced convection to ensure good temperature
·Overheating, water shortage, and non-inhalation alarm functions ensure the safe operation of the equipment.

TG-T three-gas incubator
​Scope of application:
Three-gas incubators are used by scientific research units and industrial production departments in modern medicine, medicine, biochemistry and agricultural sciences for cultivating biological cells, tissues and bacteria.
Structural features:
The new generation of three-gas incubator with large color touch screen operation can accurately and intuitively control the temperature and gas concentration of the incubator to solve the problem that the existing technology cannot realize human-computer interaction and cannot provide clear data image display and parameter configuration interface. technical issues. It is safe, reliable, simple and intuitive, and easy to operate.

TI series high temperature incubator
Features:
★ Unique ventilation duct design, good temperature uniformity.
★ Special processor controller (with temperature correction/timing function).
★ Large LCD display screen.
★ High-quality stainless steel inner cavity, removable shelves and easy to clean.
★ Silicone sealing ring, excellent sealing performance.
★ The outer door has a glass window for easy observation.
★ Equipped with leakage protection.
★ Equipped with backup temperature control, which can ensure the normal operation of the product even if the temperature control is abnormal.
★Heat-proof handle

A low-temperature incubator is a device used for microbial culture or other experiments under low-temperature conditions. Its main advantages include:
1. Precise temperature control: The low-temperature incubator can provide precise temperature control, making the experimental conditions stable and reliable. This is important for experiments that need to be performed at specific temperatures, such as bacterial or cell cultures.
2. Wide applicability: The low-temperature incubator can conduct a variety of experiments at lower temperatures, including microbial culture, DNA or protein electrophoresis, enzyme reactions, etc. Therefore, they have a wide range of applications in biology, biochemistry, medicine and other fields.
3. Protect samples: The low-temperature incubator can preserve and protect experimental samples at low temperatures to prevent them from being contaminated or damaged by environmental or chemical substances. This is especially important for experiments that require incubation or preservation of samples for long periods of time.
4. Energy saving and environmental protection: Low-temperature incubators generally use energy efficiently and do not generate excessive heat during operation, thereby reducing energy consumption and carbon emissions.
5. Reliability and stability: Low-temperature incubators usually have reliable design and stable performance, and can maintain the required temperature and humidity conditions for a long time, making experimental results more reliable and accurate.
Overall, the advantages of a low-temperature incubator include its precise temperature control, wide applicability, sample protection, energy saving and environmental protection, and reliable performance, making it one of the indispensable equipment in biological laboratories.

• The CAPP Rondo Mini Incubator is ideal for space-constrained and mobile laboratories.
• It features a sophisticated microprocessor-controlled constant temperature system and a spacious interior.

• Designed for anaerobic and microaerophilic cultivation, with oxygen concentration control from 0–10%, down to <0.1%.

• Equipped with fully automatic control of humidity, temperature, and CO₂ for stable culture conditions.

• Features PLC intelligent control and a color touch screen for intuitive operation and gas-saving efficiency.

• Uses a high-efficiency palladium catalyst, eliminating the need for frequent reactivation.

• Integrated UV sterilization lamp and high-temperature decontamination system to maintain a clean chamber.

• Automatic gas flow control with positive and negative pressure protection ensures operational safety.

• Oil-bottle style pressure release valve effectively prevents gas leakage.

• Includes an external oil-free vacuum pump, with foot pedal control for vacuum and nitrogen flushing.

• Built-in multiple safety features, including low pressure and over-temperature alarms.

• Real-time oxygen concentration display on the touchscreen for easy monitoring of anaerobic conditions.

MINI WITH NON-SLIP RUBBER MAT
The Incu-Shaker™ Mini is the most compact shaking incubator in its class. Despite the remarkably small footprint, a large 11.5 x 9.5 in. work space accepts several platforms and a variety of flasks, tubes and other common vessels.

The standard platform (included) features a non-slip, rubber coated surface, ideal for tissue culture flasks, Petri dishes and staining trays.

The convenient MAGic Clamp™ (PATENTED) platform is also available for use with Erlenmeyer flasks and test tube racks. The unique, magnetic attach- ment method is the easiest way to instantly change between flask clamps of different sizes.

Benchmark’s new Roto-Therm series of incubated rotating mixers provide a wide range of mixing capabilities. Suitable for an array of laboratory applications including resuspension, protein binding, nucleic acid purification, histochemistry, hybridization etc, the mixers include interchangeable tube holders for accomomodating all common tube sizes from 0.5ml to 50ml. The motion can be adjusted from vertical (end over end) mixing, to horizontal (rolling or hybridization style) mixing.

>Cell Culture
>Insect cell culture requires gentle, continuous agitation.
>Ideal for molecular biology applications such as protein expression.
>Precise temperature control and optional lighting.