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Laboratory Micro Modular Nitrogen Production Equipment by GSE tech factory delivers consistently high-purity nitrogen, replacing traditional high-pressure nitrogen cylinders and serving as a standard gas supply solution in modern laboratories.
1. R&D design philosophy: Considering the laboratory's compact space, precise gas requirements, and clean environment, we have streamlined and optimized the internal structure to develop a compact modular nitrogen generation system. It can fulfill bulk orders from universities, research institutes, and testing organizations worldwide, with on-site equipment operation demonstrations available upon request.
2. Gas Generation Principle: The equipment directly draws indoor air as the feedstock, which is then filtered through multi-stage ultra-fine purification components to remove impurities such as water vapor, dust, and oil mist, followed by gas separation using high-performance carbon molecular sieves.
3. Main Application Scenarios: This device is widely compatible with various laboratory workflows, including gas chromatography, mass spectrometry analysis, elemental detection, sample preservation, inert environment experiments, and microbial cultivation.
4.Target Procurement Groups: Primarily designed for university laboratories, third-party testing centers, pharmaceutical R&D institutions, materials research organizations, and overseas scientific instrument suppliers.
1. Laboratory Miniaturized Modular Nitrogen Generation Device: Featuring an ultra-compact modular integration design, the entire unit occupies the same footprint as conventional laboratory instruments, requiring no additional floor space and allowing direct placement on laboratory workbenches or adjacent equipment
2. High-purity gas production compliant with stringent experimental standards.
3. Low-noise and low-energy consumption operation, suitable for indoor environments
4.The laboratory modular nitrogen generation system requires no installation prerequisites.
Please place the Laboratory Micro Modular Nitrogen Production Equipment in a well-ventilated, clean and dry laboratory area, away from strong acids and alkalis, areas where organic solvents volatilize, heat sources, direct sunlight, and dust and corrosive gases. Avoid allowing dust and corrosive gases to enter the air inlet, which may affect the filter components and the core molecular sieve. It can be placed directly on the laboratory bench, but do not place it too close to the wall or completely enclose the equipment. Reserve a small amount of cooling space to ensure the long-term stable operation of the equipment.
Regularly inspect and replace the multi-stage precision filter components to prevent water vapor, oil stains, and fine impurities from accumulating and blocking the gas path, which may affect the purity of nitrogen and the detection results of precision instruments such as chromatographs and mass spectrometers. Do not modify the air inlet pipeline or internal gas path structure privately.
Use a stable power supply that meets laboratory standards to avoid abnormal operation of the equipment due to voltage fluctuations. This equipment is mainly designed for quiet and low-power operation. Do not add external soundproof covers to hinder heat dissipation and prevent overheating faults.
When used with precision analytical instruments, regularly test the nitrogen purity and output pressure to ensure compliance with the gas usage standards for precision detection experiments, and ensure the accuracy and reliability of the experimental data.
Use only soft dry cloths or neutral cleaners to wipe the equipment shell. Do not directly rinse the body with water to prevent liquid from seeping into the electronic control and gas path components and causing faults.
When not in use for a long time, cut off the power supply, take precautions to prevent dust from entering the air inlet, and install dust-proof protection for the air inlet. After restarting, run it without load for a period of time to confirm that the purity is达标. Then connect the precision detection instruments.
This equipment is specifically designed for laboratory precision detection， sample preservation， and inert environment experiments. It cannot be used for industrial high-pressure gas， medical breathing gas， or other non-designated scenarios.
Q1: Can this Laboratory Micro Modular Nitrogen Production Equipment be used directly on the laboratory workbench?
A: Yes. The entire machine adopts an ultra-compact modular design, with dimensions comparable to conventional laboratory instruments. It can be placed directly on the laboratory bench or next to the matching equipment without occupying additional space in the machine room.
Q2: Can the produced nitrogen be used for precision instrument detections such as gas chromatography and mass spectrometry?
A: Yes. The equipment produces high-purity nitrogen, which complies with the standards of precision laboratories and is suitable for gas chromatography, mass spectrometry analysis, elemental detection, and other high-precision experimental gas requirements. It can replace traditional high-pressure nitrogen cylinders.
Q3: Is the equipment installation required to modify the pipelines or carry out foundation construction?
A: No additional infrastructure or complex installation is needed. Just connect and use it immediately. There are no special installation prerequisites. It is suitable for the existing laboratory layout.
Q4: Are the operating noise and energy consumption suitable for long-term use in indoor laboratories?
A: The main feature is low noise and low energy consumption. It is suitable for indoor research environments and will not interfere with daily experiments and laboratory office environments. It is suitable for continuous operation around the clock.
Q5: What is the core nitrogen production principle?
A: Using indoor air as the raw material, after being purified by multiple ultra-fine purification components to remove water vapor, dust, oil mist impurities, high-performance carbon molecular sieves complete the nitrogen-oxygen separation, and continuously produce high-purity nitrogen.
Q6: Which institutions are mainly suitable for purchasing and using?
A: It is applicable to university laboratories, third-party testing institutions, pharmaceutical research and development centers, material research institutes, scientific instrument supporting suppliers, and other research and testing units.
Q7: Can it be used for routine scientific research experiments such as microbial cultivation and sample preservation?
A: It is fully compatible and can be used for sample preservation, inert atmosphere experiments, microbial cultivation and other various laboratory routine scientific research processes, meeting various inert gas requirements for scientific research.
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Building 13-1, No. 58 Sunshine Avenue, Changshu City, Jiangsu Province, China
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If you have any enquiry about quotation or cooperation, please feel free to email us at di.huang@gsetech.cn or use the following inquiry form.Our sales representative will contact you within 24 hours. Thank you for your interest in our products.
