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Triple Gas Incubator LMTGI-A100 offers a spacious 160-liter capacity, providing ample space. It maintains a precise temperature range from room temperature +5°C to 60°C. Enhanced by an advanced microcomputer system, it guarantees reliable performance. High-quality infrared and ZrO2 sensors accurately monitor CO2 and O 2 levels. Additionally, it includes a 90°C moist heat decontamination function for thorough sterilization.
Specifications
| Chamber Volume | 160 L |
| Gas Type | CO2, O2, N2 |
| Shelves | 3 / Adjustable |
| Heating Method | Air-jacketed |
| Temperature Range | RT + 5 ⁰C to -60⁰C |
| Ambient Temperature | 18 to 30°C, suggest 25 ± 2°C |
| Temperature Resolution | 0.1⁰C |
| Temperature Fluctuation | ≤ ±0.3°C |
| Alarm | Audible and visual alarm; Over-temperature alarm; gas Concentration alarm, Low water level alarm |
| Temperature Uniformity | ± 0.5 ⁰C |
| Material | External cold-rolled steel with painting , internal stainless steel |
| Door | Inner door and external door |
| Caster | Foot master caster |
| CO2 Range | 0 to 20% |
| CO2 Sensor | IR sensor |
| CO2 Control Resolution | ± 0.1 % |
| O 2 Sensor | ZrO2 sensor |
| O 2 Range | 3 to 20% / 22 to 85% |
| O2 Control Resolution | 0.002 |
| Humidity | Relative humidity ≤ 80% |
| Humidity Method | Water reservoir in the bottom chamber ensures high humidity (90 % relative humidity ≤ 99%) |
| Sterilization Type | 90°C moist heat decontamination function (95 % ≤ humidity ≤ 99 % RH) |
| Power Supply | AC220V±10%, 50/60Hz(Standard), AC110±10%, 60Hz(Optional) |
| Power Consumption | 800 W |
| Interior Dimension (W× D × H) | 492 × 497 × 662 mm |
| Exterior dimension (W × D × H) | 688 ×797 × 955 mm |
| Packaging Dimension (W × D × H) | 841 × 1103 × 1141 mm |
| Gross Weight | 120 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Triple Gas Incubator LMTGI-A100 | $ 8312.5 | Pack of 1 |
Features
Triple Gas Incubator with LCD Touch screen
Air jacket ensures uniform temperature stability
90 °C steam sterilization function
Timer can be set up to 9999 hrs
Supports continuous operation
Includes audible and visual alarms for over-temperature
3 Adjustable shelves
Includes a USB port
High-quality HEPA filter
Standard Accessories
| Accessories Name | Unit | Quantity |
| Three-gas incubator host | piece | 1 |
| User manual | piece | 1 |
| shelf | piece | 3 |
| Partition frame | piece | 6 |
| Fuse tube | piece | 2 |
| Medical silicone hose 7 × 12 | meter | 2 |
| Spring clamp ɸ10.5 | piece | 10 |
| Two-stage pressure reducing valve | piece | 1 |
| Oxygen two-stage pressure reducing valve | piece | 1 |
| Pneumatic hose | meter | 2 |
| RVV Power cord | Root | 1 |
Optional Accessories
| Accessories name | Unit | Quantity |
| Tee connector | Piece | 1 |
| HEPA high efficiency filter | Piece | 4 |
Applications
Triple Gas Incubator is ideal for use in diverse sectors such as biomedical research, pharmaceuticals, clinical laboratories, and environmental studies
Frequently Asked Questions
1 What is a Triple Gas Incubator?
A Triple Gas Incubator is a laboratory device designed to precisely control the levels of carbon dioxide, oxygen, and nitrogen, making it ideal for cell culture environments that require hypoxic or physiological conditions.
2 How does Triple Gas Incubator differ from a standard Carbon dioxide incubator?
Triple Gas Incubator differs from a standard carbon dioxide incubator by offering control over oxygen and nitrogen levels in addition to carbon dioxide, allowing researchers to simulate more physiologically relevant or hypoxic environments.
3 How is Triple Gas Incubator used in stem cell research?
Triple Gas Incubator is essential in stem cell research because it allows precise control of oxygen and carbon dioxide levels, which are critical for maintaining pluripotency and directing stem cell differentiation under physiological conditions.
4 Why is Triple Gas Incubator important for cancer research?
Triple Gas Incubator is important for cancer research because it can simulate the hypoxic tumor microenvironment, enabling researchers to study cancer cell behavior, drug resistance, and gene expression under low oxygen conditions.
5 Can Triple Gas Incubator be used in IVF laboratories?
It is widely used in IVF laboratories to maintain ideal gas conditions that support embryo development, mimicking in vivo uterine conditions for better fertilization and implantation success rates.
6 How does Triple Gas Incubator aid in immunology research?
It aids in immunology research by maintaining specific oxygen and carbon dioxide levels that influence immune cell function, cytokine production, and antigen presentation in controlled in vitro environments.
7 Can Triple Gas Incubator be used for virology studies?
It is ideal for virology studies because it allows viruses to be cultured in host cells under precise environmental conditions that replicate the natural infection site, including hypoxic zones.
8 Can Triple Gas Incubator support vaccine development studies?
It supports vaccine development studies by allowing virus or bacteria-host cell interactions under optimal gas conditions, which is crucial for antigen expression and immunogenicity testing.
9 How does Triple Gas Incubator help in developmental biology experiments?
It helps in developmental biology experiments by enabling researchers to replicate embryonic and fetal oxygen environments, which are critical for studying cell lineage commitment and organ formation.
10 How does Triple Gas Incubator contribute to environmental stress testing?
It contributes to environmental stress testing by allowing researchers to expose cells to varying gas levels that simulate pollution, altitude, or other stress factors, to study cellular adaptation and toxicity.