Single Station Glove Box LSGB-T2013

Introduction

Single Station Glove Box offers 4 glove compartments and creates an ultra- clean atmosphere with impurity levels as low as 0.1 ppm. The glove box is equipped with advanced filter which has filtration index below 0.3 μm, ensuring clean work space. Additionally, the glove box chamber has 5 layered adjustable shelves within the refrigerator compartment. It has a preinstalled light for visibility and working conditions. Our glove boxes are used in pharmaceutical synthesis, nuclear industry, membrane industry, etc.

This glove box is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Single Station Glove Box 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.

Specifications

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)
Material	304 stainless steel, 3 mm thickness
Leakage range	< 0.001 vol%/h
Window	8 mm safety tempered glass or 10 mm polycarbonate (optional)
Glove Ports	Duralumin alloy or acetyl material, Ø220 mm, O-ring sealed
Gloves	Imported butyl gloves
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
Sensor Accuracy	± 0.1PPM
Moisture analyzer Range	0 to 1000ppm, low drift
Moisture analyzer Accuracy	± 0.1PPM
Loop unit	Oil free high-speed fan air volume: 0-90m3/h
Shelf	6 pcs of shelves on the back of chamber
Lighting	Integrated 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)
Internal Dimension (L×D×H)	1214 × 754 × 894 mm
Overall Dimension (L×D×H)	2235 × 935 × 1866 mm (with external systems attached)
Net weight	600 kg
Gross weight	1200 kg

Features

Built-in recycle system

Convenient design

Caster wheel

Thicker glove 

Automatic Recording System Data

Touch screen operation

FAQs

1. What gases can be used in a glove box system?

Single Station Glove boxes are designed to work with inert gases like nitrogen, argon, and helium. These gases are ideal for creating a dry, oxygen-free environment that protects sensitive materials from moisture, contamination, or unwanted reactions. Depending on what you're working on whether it's research, synthesis, or handling delicate electronics you can choose the gas that best fits your process. This way, you get a clean, stable, and well-controlled atmosphere that supports precise and reliable results.

2. Which gases can be used in a Single Station Glove Box system?

Single Station Glove Box systems typically work with inert gases like nitrogen, argon, and helium. These gases are great for creating a dry, oxygen-free environment, which is essential when you're working with materials that are sensitive to air, moisture, or contamination. Depending on what you're working on whether it's research, chemical synthesis, or handling electronics you can choose the gas that best fits your needs. The right choice helps maintain a clean, stable atmosphere so your work stays precise and protected.

3. How does the Single Station Glove Box maintain pressure control?

Single Station Glove Boxes use an automated pressure control system usually managed by a (Programmable Logic Controller) to keep the internal pressure just slightly above the surrounding air, typically around ±15 mbar. This gentle positive pressure acts as a barrier, keeping outside air from sneaking in and compromising the controlled environment. The system is smart enough to react quickly to any pressure changes, like when you move the gloves or use the airlock, and it adjusts automatically to maintain stability. That way, even with frequent use, the glove box stays safe and consistent for handling sensitive materials.

4. Can items be transferred in and out without contaminating the chamber?

Absolutely! The glove box is designed with both small and large antechambers to safely move materials in and out. When items are placed in the airlock, they go through either a vacuum cycle or are purged with inert gas before entering the main chamber. This process carefully prevents any outside air from getting in, keeping oxygen and moisture levels extremely low. Even with frequent transfers or sample handling, the internal atmosphere stays clean and stable.

5. What kind of filtration and purification systems does the Single Station Glove Box use?

The glove box is equipped with a dual-stage purification system that uses copper catalysts and molecular sieves to continuously remove oxygen and moisture. It also has particulate filters to catch dust and airborne particles. Together, these systems create and maintain an ultra-clean, inert environment ideal for highly sensitive work like organo-metallic synthesis, handling lithium materials, or working with delicate electronics. This setup ensures both your materials and your experimental conditions are well protected.