I. Product Introduction
The SUA series glove box is an integrated inert atmosphere/vacuum glove box system developed by Ebona for scientific research and high-end application scenarios. Centered on the design concepts of ultra-low water and oxygen control, high airtight structural stability and highly modular expandability, this series is suitable for experiments and technological processes with strict environmental requirements. The system adopts an all-stainless steel welded chamber structure paired with an efficient gas purification circulation unit, which can stably maintain low H₂O / O₂ levels for a long time. Meanwhile, optional configurations of various viewing windows, transfer chambers and process modules are available, facilitating integration with equipment such as 2D material transfer systems, semiconductor device fabrication systems, vacuum coating equipment, precision packaging devices and sample storage units. The SUA series can serve as an independent experimental platform, or act as the core basic environmental unit in Ebona’s total solution.
II. Technical Information and System Features
1. High-Airtight Chamber Structure
Adopts an all-welded stainless steel chamber design to effectively reduce system leakage rate. Flanged connectors and sealing structures are suitable for long-term operation conditions. The chamber features stable structure and strong deformation resistance.
2. Inert Atmosphere Environment with Ultra-Low Water and Oxygen Content
Equipped with high-efficiency gas purification columns and a closed-loop circulation system. Stable water and oxygen indicators meet the experimental requirements of air-sensitive materials. Nitrogen or argon can be used as working gas.
3. Integrated Design of Vacuum and Inert Atmosphere
Vacuum pumping is available for the main chamber and transfer chambers, which simplifies sample transfer, process switching and system maintenance. Seamless connection with external vacuum systems is supported.
4. Clear Observation and Human-Centered Design
Large-size high-transmittance viewing windows. Compatible with visual operation and auxiliary observation by microscopy systems. Ergonomic layout improves operation comfort and efficiency.
5. Modular Expandability
Supports functional modules including transfer stages, heating stages and rotating stages. Microscopic observation units, vacuum interfaces and process flanges can be expanded to meet the continuous upgrading demands of scientific research and pilot-scale processes.
II. Technical Parameters
| Project | Technical indicators |
|---|
| Product Series | SUA Series Glove Box |
| brand | ABNER |
| Box type | Single-station / Dual-station (optional) |
| Box material | Stainless Steel 304 / 316L (optional) |
| working atmosphere | N₂ / Ar |
| Water and oxygen content | H₂O ≤ 1 ppm，O₂ ≤ 1 ppm（typical） |
| Box leakage rate | ≤ 1 × 10⁻⁹ Pa·m³/s |
| ultimate vacuum | ≤ 1 × 10⁻³ Pa |
| Loop mode | Closed-loop gas circulation purification |
| observation window | Borosilicate Glass / Quartz Glass |
| transition cabin | Standard configuration (cylindrical type or shelter type, customizable) |
| Operation Interface | Glove port + multi-functional flange interface |
| control system | Industrial Control System / Touch Interface |
| power supply | AC 220 V，50 Hz |
| Extended Support | Transfer station, heating module, microscopy system, vacuum pump set |
III. Typical Application Fields
Preparation, transfer and encapsulation of two-dimensional materials; processing of semiconductor materials and devices; research on lithium/sodium batteries and electrolyte materials; preparation, testing and storage of air-sensitive samples; combined use with vacuum coating, probe stations and microscopy systems
Appearance drawing:
