I. Product Overview
The UP Series High-Purity Inert Atmosphere Glove Box is a research-grade operation platform launched by Aibona Micro-Nano Technology for fields including materials science, semiconductor devices, two-dimensional materials, biological and chemical research. Adopting high-efficiency gas purification and circulation control technology, the system stably creates an ultra-low oxygen and ultra-low water environment inside the sealed chamber, providing reliable support for the preparation, transfer and encapsulation of air-sensitive materials and devices. This series features a modular structural design. Single-station / dual-station units, antechambers, vacuum ports, heating or electrical expansion modules can be flexibly configured according to experimental requirements. Balancing research flexibility and long-term operational stability, it is suitable for universities, research institutes and enterprise R&D centers.
II. System Features and Advantages
High-Purity Inert Atmosphere Environment
Equipped with high-efficiency purification columns and a closed-loop circulation system, it can stably maintain O₂/H₂O content at ppm or even ppb levels for a long time, meeting the operational requirements for air-sensitive materials.
Reliable Sealing and Structural Design
Adopts an all-welded stainless steel chamber structure with a low-leakage-rate design to guarantee the stability and consistency of the atmosphere during long-term system operation.
Modular Design and Scalability
Supports integration of antechambers, vacuum systems, heating stages, electrical testing interfaces, spin-coating or evaporation pre-treatment interfaces, etc., compatible with a variety of experimental workflows.
Intelligent Monitoring and Operation
Real-time monitoring of oxygen and water content as well as system pressure. It features a touch control interface for intuitive status display and convenient maintenance.
Wide Compatibility with Multiple Application Scenarios
Widely used in the preparation and transfer of two-dimensional materials, research on lithium batteries and solid electrolytes, perovskite materials, air-sensitive chemical reactions and other fields.
III. Typical Application Fields
Preparation and transfer of two-dimensional materials (graphene, TMDs, CrI₃, etc.); processing and packaging of semiconductor devices; material research for lithium batteries, sodium batteries and solid-state batteries; perovskite and air-sensitive optoelectronic materials; fine chemistry and catalysis experiments
IV. Technical Parameters (Typical Configuration)
| Project | Technical Indicators |
|---|
| Model | URN series |
| Cavity type | Single-station / dual-station optional |
| working atmosphere | High-purity Nitrogen / Argon |
| Oxygen content（O₂） | ≤ 1 ppm（Optional ≤ 0.1 ppm） |
| Water content（H₂O） | ≤ 1 ppm（Optional ≤ 0.1 ppm） |
| Cavity material | 304 / 316L stainless steel |
| observation window | Tempered glass or multi-layer safety glass |
| Glove Interface | Standard O-ring sealed glove port |
| transition chamber | Single-chamber / dual-chamber, with vacuum pumping function |
| Vacuum limit | ≤ 10⁻² mbar（typical） |
| Circulatory system | Closed-loop Purification System |
| Control mode | Touch screen + software control |
| power supply | AC 220 V，50 Hz |
| System expansion | Heating Module, Electrical Interface, Process Interface (Optional) |
Cross-sectional dimension drawing of ports (Port / Flange) for glove boxes (or vacuum/inert atmosphere equipment)
