What gases can be used in the glove box system?

The glove box supports inert gases like nitrogen, argon, and helium. These gases are ideal for creating an oxygen- and moisture-free environment to protect sensitive materials during handling. Depending on your process, the choice of gas helps prevent unwanted reactions, contamination, or degradation, ensuring a controlled and stable workspace for high-precision tasks.

How low can the glove box maintain oxygen and moisture levels?

The system is designed to maintain oxygen and moisture levels below 1 part per million (ppm). This ultra-low level is essential for handling air- or moisture-sensitive compounds. Thanks to its built-in gas purification system, it continuously recycles and purifies the atmosphere, ensuring a clean and stable environment for critical applications like battery assembly or catalyst research.

How does the glove box maintain pressure control?

The glove box uses an automated pressure control system, typically PLC-based, to maintain slightly positive internal pressure usually ±15 mbar. This prevents outside air from leaking in and helps protect your work. The system adjusts automatically to maintain stability even during glove movements or airlock operations, ensuring safety and consistency during sensitive experiments.

Can I transfer items in and out without contaminating the chamber?

Yes, the glove box is equipped with antechambers (small and large) that allow safe transfer of materials. Items are placed in the airlock, evacuated or purged with inert gas, then introduced to the main chamber. This process keeps the internal environment uncontaminated, preserving the glove box’s low oxygen and moisture levels throughout every operation.

What kinds of filtration and purification systems are included?

The glove box includes a dual-stage purification system using copper catalysts and molecular sieves. These remove oxygen and moisture continuously from the internal atmosphere. Filtration is also provided for dust and particulate removal. Together, these systems ensure that the working environment remains ultra-pure, which is crucial for applications like organo-metallic synthesis or electronics handling.

How is regeneration of the purification system performed?

Regeneration is done using a 5% hydrogen-in-nitrogen gas mix. This process is automated and restores the copper catalyst and molecular sieve’s absorption capacity. The system typically notifies users when regeneration is needed, and the procedure takes a few hours. It ensures long-term usability and efficiency without needing frequent replacement of purification materials.

Single Station Glove Box LSGB-A11

Name: Single Station Glove Box LSGB-A11
Brand: Labtron
SKU: LSGB-A11
Rating: 4.8 (706 reviews)

Single Station Glove Box LSGB-A11 features 2 glove ports and removes H₂O and O₂ from the isolator. It creates an ideal inert atmosphere with low impurity levels of up to 0.1 ppm. Also, it features fast gas exchange and supports purification systems compatible with N₂, Ar, and He circulation. The glove box has a leakage rate less than 0.001vol%/h. Our glove box features a recycling and regeneration system, ideal for handling highly reactive and sensitive materials.

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Number of Glove Ports	2
Water & Oxygen Index	Less than 0.1 ppm (with proper purification system)
Circulation Capacity	0 to 90 m³/h (oil-free high-speed fan)
Material	SUS 304 stainless steel, 3 mm thickness
Internal Dimensions	1220 × 760 × 900 mm
Window	8 mm safety tempered glass or 10 mm polycarbonate (optional)
Pressure Control	Automatic pressure control with foot switch operation
Big Passing Box	Equipped with heating system, temperature up to 200°C, accuracy ±1°C
Small Passing Box	Optional (not specified, usually included in double-station setups)
Filter	Inlet & outlet filters, filtration below 0.3 μm
Shelf	5-layer adjustable internal shelving (within refrigerator compartment)
Lighting	Integrated LED lighting in upper window frame
Gas Purification	Automatic H2O and O2 removal, closed-loop single-column (dual-column optional)
Purification Capacity	Suitable for achieving up to 0.1 ppm H₂O and O₂ with continuous operation
Gas Cycling System	Closed pipeline loop, oil-free recirculation fan
Regeneration Gas	5 to 10% H2mixed with working gas (purity more than or equals to 99.999%)
Vacuum Pump	Rotary vane, 8 m³/h, vacuum is lower than 2×10⁻³ mbar, with oil mist filter and gas ballast
Main Valve	Electromagnetic high vacuum valve
Control Valve	High-sealing valves integrated into circulation and purge systems
Control System	Fully automatic control, sensor-integrated, software-enabled
Foot Switch	Yes, for pressure regulation and control
Display System	Digital display for oxygen, moisture, pressure, and system status
Power Supply	AC 230 V to 50–60 Hz to 10 A or AC 115 V to 50–60 Hz to 20 A (optional)
Dimension (L×D×H)	1220 × 760 × 900 mm
Overall Dimension	1300 × 800 × 950 mm (with external systems attached)
Net Weight	250 kg

LED light for better chamber visual
Thicker glove
Advance sensors
Convenient design
Caster wheel
User friendly operation

Our Single Station Glove Box LSGB-A11 glove box system is designed to maintain a moisture and oxygen-free environment, making it ideal for sensitive applications. It supports biomedical research, electronic component handling, and is also used in industries such as nuclear and membrane technology.

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Single Station Glove Box LSGB-A11 Catalog

Available Range :

Single Station Glove Box LSGB-A11 : 2 Single Station Glove Box LSGB-A12 : 3 Single Station Glove Box LSGB-A13 : 4

Single Station Glove Box LSGB-A11| 2 Glove Ports | Circulation Capacity 0 to 90 m³/h

Single Station Glove Box LSGB-A11| Internal Dimensions 1220 × 760 × 900 mm | Caster wheel

Models of Single Station Glove Box

Labtron Single Station Glove Box is designed to provide an inert workspace for precise scientific and manufacturing tasks. These feature real-time monitoring with a touchscreen interface for accurate control and adjustments. Their vacuum pump and purification system maintain ultra-low oxygen and humidity levels. They include a spacious antechamber, automated pressure regulation, and customizable working parameters. Our glove boxes support laboratories, semiconductor fabrication, battery assembly, pharmaceutical production, and aerospace research.

Single Station Glove Box LSGB-A13

Number of Glove Ports : 4
Working Gas : N₂, Ar, He (purity more than 99.999%)
Water & Oxygen Index : Less than 0.1 ppm (with proper purification system)
Circulation Capacity : 0 to 90 m³/h (oil-free high-speed fan)

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Single Station Glove Box LSGB-A12

Number of Glove Ports : 3
Gloves Material : Butyl rubber
Glove Port Material : Standard: Aluminum alloy
Glove Port Diameter : 220 mm, O-ring sealed

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Single Station Glove Box LSGB-A10

Working Gas : Nitrogen, Argon, Helium
Water & Oxygen Index : Less than 1 ppm
Circulation Capacity : Integrated fan, 90m³/h
Material : 304 stainless steel, 3mm thick

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Single Station Glove Box LSGB-A11 FAQ's

The glove box supports inert gases like nitrogen, argon, and helium. These gases are ideal for creating an oxygen- and moisture-free environment to protect sensitive materials during handling. Depending on your process, the choice of gas helps prevent unwanted reactions, contamination, or degradation, ensuring a controlled and stable workspace for high-precision tasks.
The system is designed to maintain oxygen and moisture levels below 1 part per million (ppm). This ultra-low level is essential for handling air- or moisture-sensitive compounds. Thanks to its built-in gas purification system, it continuously recycles and purifies the atmosphere, ensuring a clean and stable environment for critical applications like battery assembly or catalyst research.
The glove box uses an automated pressure control system, typically PLC-based, to maintain slightly positive internal pressure usually ±15 mbar. This prevents outside air from leaking in and helps protect your work. The system adjusts automatically to maintain stability even during glove movements or airlock operations, ensuring safety and consistency during sensitive experiments.
Yes, the glove box is equipped with antechambers (small and large) that allow safe transfer of materials. Items are placed in the airlock, evacuated or purged with inert gas, then introduced to the main chamber. This process keeps the internal environment uncontaminated, preserving the glove box’s low oxygen and moisture levels throughout every operation.
The glove box includes a dual-stage purification system using copper catalysts and molecular sieves. These remove oxygen and moisture continuously from the internal atmosphere. Filtration is also provided for dust and particulate removal. Together, these systems ensure that the working environment remains ultra-pure, which is crucial for applications like organo-metallic synthesis or electronics handling.
Regeneration is done using a 5% hydrogen-in-nitrogen gas mix. This process is automated and restores the copper catalyst and molecular sieve’s absorption capacity. The system typically notifies users when regeneration is needed, and the procedure takes a few hours. It ensures long-term usability and efficiency without needing frequent replacement of purification materials.