JET BIOFIL CO₂ Incubator

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JET BIOFIL CO₂ Incubator

Product ID：SHGCpyx045

Price: Please inquire PDF Format

Supply Ability:60SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberCell@ 188

Brand NameGZHAOTE

Payment TermsTT，PAYPAL，Alibaba.com Pay

JET BIOFIL CO₂ Incubator
Product Introduction
The JET BIOFIL CO₂ Incubator is an advanced direct heat carbon dioxide incubator designed to provide a stable, clean, and highly controlled environment for cell culture and tissue culture applications.
Equipped with an intelligent on-demand automatic sterilization cycle, the incubator maintains precise CO₂ concentration, stable temperature, and high humidity conditions, meeting the demanding requirements of modern cell biology laboratories.
The JET BIOFIL CO₂ incubator is suitable for continuous and batch culture processes, including sensitive applications such as IVF (in vitro fertilization), hybridoma culture, stem cell research, and biotechnology experiments.
With direct six-side heating technology, infrared CO₂ sensing, seamless stainless-steel chamber construction, and automatic 125°C sterilization, this laboratory CO₂ incubator provides excellent temperature uniformity, rapid recovery, and reliable contamination control.

Key Features & Benefits
1. Advanced Direct Heat Temperature Control
• Six-side direct heating system.
• Four independent heating controllers.
• 73-meter heating element design.
• Provides excellent temperature uniformity and rapid recovery.
2. Precise CO₂ Control System
• Solid-state infrared CO₂ sensor.
• Automatic atmospheric CO₂ zero calibration.
• Measurement unaffected by chamber humidity.
• Accurate CO₂ concentration maintenance.
3. Stable High Humidity Culture Environment
• 2.5L stainless steel humidity reservoir.
• Maintains minimum 95% relative humidity.
• Reduces evaporation and protects sensitive cell cultures.
4. Automatic High-Temperature Sterilization
• Fully automatic 125°C sterilization cycle.
• Validated disinfection process.
• Helps eliminate contamination risks.
5. Hygienic and Durable Chamber Design
• Seamless 304 stainless-steel interior.
• Electro-polished surface for easy cleaning.
• Large 188.6L chamber capacity with optimized usable space.
6. Intelligent Monitoring and Alarm System
• Programmable audio and visual alarms.
• Automatic fault detection.
• Stores up to 500 alarm events.
• RS232 remote monitoring interface.

Working Principle
The JET BIOFIL CO₂ Incubator works by precisely controlling three critical environmental parameters required for cell growth:
Temperature Control
The direct heating system distributes heat evenly across six chamber surfaces. Multiple independent heating zones maintain a constant temperature and enable fast recovery after door opening.
CO₂ Regulation
A solid-state infrared CO₂ sensor continuously monitors carbon dioxide concentration. The control system automatically adjusts CO₂ input to maintain the preset concentration required for cell metabolism.
Humidity Maintenance
A heated stainless-steel water reservoir generates humidity inside the chamber, maintaining a high-humidity environment to prevent culture medium evaporation.
Sterilization Cycle
The automatic 125°C sterilization program heats the chamber to a validated sterilization temperature, maintaining exposure time before controlled cooling, helping maintain a clean culture environment.

Technical Specifications
Temperature Control

Parameter	Specification
Heating Method	Direct heat, six-side heating
Heating System	4 independent heaters, 73m heating element
Temperature Range	10-50°C
Setting Increment	0.1°C
Minimum Setting	Ambient temperature +1°C
Temperature Sensor	Seven RT curve matched thermistors
Temperature Control Accuracy	±0.1°C
Temperature Uniformity	Better than ±0.3°C
Temperature Recovery	Approx. 5 min after 15s door opening
Over Temperature Protection	Stops all heaters at 1.0°C above set value

CO₂ Control System

Parameter	Specification
CO₂ Sensor	Solid-state infrared sensor
CO₂ Range	0.5-20% CO₂
CO₂ Setting Increment	0.1%
CO₂ Control Accuracy	±0.1% CO₂
CO₂ Uniformity	Better than ±0.1% CO₂
Accuracy at 5% CO₂	±0.2%
Recovery Time	Approx. 5 min after 15s door opening

Humidity & Sterilization System

Parameter	Specification
Humidity Reservoir	2.5L 304 stainless steel tray
Relative Humidity	Minimum 95% RH
Sterilization Type	Automatic validated cycle
Sterilization Temperature	125°C
Temperature Rise Time	1.5-2.5 hours
Exposure Time	4 hours
Cooling Time	5-7 hours
Total Sterilization Cycle	10.5-13.5 hours

Structural Specifications

Parameter	Specification
Interior Material	Seamless electro-polished 304 stainless steel
Chamber Volume	188.6L total / 140L usable
Internal Dimensions	530 × 690 × 500 mm
External Dimensions	680 × 896 × 746 mm
Door Design	Heated outer door + inner glass door
Inner Glass Door Options	4 or 8 doors
Net Weight	102 kg
Package Weight	135 kg
Power Supply	220-240V, 50/60Hz
Rated Power	1.5kW
Power Consumption at 37°C	<0.1kW

Application Scenarios
Cell Biology Research
• Mammalian cell culture.
• Primary cell culture.
• Stem cell experiments.
IVF Laboratories
• Embryo culture.
• Assisted reproduction research.
• High-precision biological environment control.
Biotechnology Industry
• Hybridoma culture.
• Biopharmaceutical development.
• Biological sample preparation.
Medical & Research Institutions
• Tissue culture.
• Molecular biology research.
• Biomedical experiments.
Pharmaceutical Laboratories
• Drug development research.
• Biological process optimization.
• Controlled cell growth studies.

JET BIOFIL CO₂ Incubator vs Traditional CO₂ Incubators

Feature	JET BIOFIL CO₂ Incubator	Traditional CO₂ Incubator
Heating Technology	Six-side direct heat system	Usually air jacket or water jacket
Temperature Uniformity	Excellent ±0.3°C	Lower consistency
CO₂ Sensor	Infrared sensor	May use less stable sensors
Humidity Control	≥95% RH stable environment	More variable humidity
Sterilization	Automatic 125°C cycle	Manual cleaning required
Chamber Material	Seamless electro-polished 304 stainless steel	Conventional stainless steel
Recovery Speed	Fast recovery after door opening	Usually slower
Application Level	IVF, biotechnology, advanced cell culture	General laboratory culture

Frequently Asked Questions (FAQ)
Q1: What is the JET BIOFIL CO₂ Incubator used for?
The incubator is designed for cell culture, tissue culture, IVF, biotechnology research, and pharmaceutical laboratory applications.
Q2: What makes this CO₂ incubator suitable for IVF applications?
It provides highly stable temperature, CO₂ concentration, and humidity control, which are critical for sensitive embryo and cell culture processes.
Q3: How does the incubator control CO₂ concentration?
It uses a solid-state infrared CO₂ sensor with automatic calibration to maintain accurate CO₂ levels.
Q4: Does the incubator have a sterilization function?
Yes. It features a fully automatic validated 125°C sterilization cycle to reduce contamination risks.
Q5: What is the chamber capacity?
The incubator provides 188.6L total volume and 140L usable capacity.
Q6: Can the incubator be connected to external monitoring systems?
Yes. RS232 communication and remote alarm contacts are available for laboratory monitoring systems.

Frequently Asked Questions (FAQ)
Q1: What is the JET BIOFIL CO₂ Incubator used for?
The incubator is designed for cell culture, tissue culture, IVF, biotechnology research, and pharmaceutical laboratory applications.
Q2: What makes this CO₂ incubator suitable for IVF applications?
It provides highly stable temperature, CO₂ concentration, and humidity control, which are critical for sensitive embryo and cell culture processes.
Q3: How does the incubator control CO₂ concentration?
It uses a solid-state infrared CO₂ sensor with automatic calibration to maintain accurate CO₂ levels.
Q4: Does the incubator have a sterilization function?
Yes. It features a fully automatic validated 125°C sterilization cycle to reduce contamination risks.
Q5: What is the chamber capacity?
The incubator provides 188.6L total volume and 140L usable capacity.
Q6: Can the incubator be connected to external monitoring systems?
Yes. RS232 communication and remote alarm contacts are available for laboratory monitoring systems.