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Enclosure (Chamber)
Dimensions: 2400 mm (L) × 900 mm (H) × 750 mm (W)
Material: All-stainless-steel construction (Type 304), 3 mm thick
Internal volume: 1.6 m³
Front window: Inclined operating face; removable 8 mm safety tempered glass, wear-resistant, corrosion-resistant, high transparency. The window/frame to chamber joint uses a proprietary double closed-loop O-ring seal.
Glove ports: 8-inch hard anodized aluminum ports (corrosion-protected), Ø220 mm opening.
Gloves: Butyl rubber; 0.4 mm thick; 8-inch cuffs.
Filter: High-efficiency filter compliant with HEPA standard, 0.3 μm rated medium.
Lighting: Anti-glare, energy-saving luminaires; soft, uniform light.
Leak rate: ≤ 0.001 vol%/h (national standard limit ≤ 0.05 vol%/h).
Transfer Chambers (Antechambers)
Large antechamber
Material: Cylindrical 304 SS, connected to the glovebox; hinged large door for easy operation.
Size: Ø360 mm × 600 mm (L); includes sliding tray; polished. Evacuation and refill can be manual or automatic.
Vacuum level: per vacuum-pump configuration (typical ≤ 1 mbar).
Vacuum gauge: stainless-steel gauge; WIKA optional.
Small antechamber
Material: Stainless steel 304 (1.4301), 2 mm thick
Size: Ø150 mm × 300 mm (L); manual valves for evacuation and refill
Vacuum level: typical ≤ 1 mbar; vacuum gauge brand WIKA optional
Purge / Cleaning System
Automatic chamber-purge function. When air or moisture is introduced (e.g., process change or misoperation) causing O₂/H₂O to rise sharply, the system performs a rapid automatic clean-purge—one-button operation until O₂/H₂O return to the normal allowable range.
Analyzers
Oxygen analyzer
Model/brand: Imported; AVCRAY (USA) (brand selected per user environment), not domestic or locally assembled; third-party data ensures reliability.
Size: 205 × 80 × 60 mm (L×W×H)
Range: 0–1000 ppm
Alternative O₂ analyzer: GE Oxy.IQ™ Oxygen Transmitter
Moisture analyzer
Model/brand: Imported; MICHELL (UK) (brand selected per user environment), not domestic or locally assembled; third-party data ensures reliability.
Size: 205 × 80 × 60 mm (L×W×H)
Range: 0–1000 ppm
Alternative moisture analyzer: GE VeriDri™ Dew-Point Transmitter
Solvent Removal System
To protect the purifier from organic solvents and acidic gases, an adsorption column is integrated into the glovebox circulation loop. Medium: high-quality activated carbon. Fill: 5 kg. KF40 ports and ball valves at the top and bottom; vertical layout for quick, convenient media replacement.
Optional A/C Module (Cooling Cabinet)
One A/C unit mounted on each chamber, two in total.
Temperature control range: 18 ± 2 °C; angled outlets with adjustable direction; no direct airflow onto the work position.
Site conditions: provided by the user.
Other Notes
Certifications: ISO 9001,
When you select Etelux Solutions as your technology provider, you'll be placing your Glovebox& Vacuum Coating Equipment infrastructure in the hands of experienced, trained professionals. We take a different approach and the results are clear. People love our team and the services we provide.
We have more than 16 years of glove box manufacturing experience and have been awarded 35 technical patents.
Our R & D team is committed to innovative technology. Through comprehensive international technical exchange & collaboration and through continuous application of cutting edge engineering and manufacturing techniques we create “state-of-the-art” products and customized solutions to serve the diverse needs of our client base.
We have deployed an ERP system that vigorously and systematically controls, tracks, and monitors the fulfilment process from placement of an order through design, manufacture delivery, installation & commissioning, and post-sale service.
Gantry Machining Centers, CNC Turning Centers, Welding Robots, CNC Press Brake, Laser Cutting Machine and Helium Mass Spectrometer leak detection are among the equipment we use every day to produce our glove boxes. These facilities and equipment not only ensure the consistency of the products, but they also enable us to shorten the prototyping cycle of new product R & D and product customization.
The key to our client service is our seamless integration of deep industry and functional expertise with tools and capabilities to support execution and make change happen—on a global scale.
A fluid circulation circuit formed by copper tubing is embedded in the inner wall of the glovebox. Using an external temperature-controlled circulator, the heat-transfer fluid is heated or cooled to a setpoint temperature and then pumped through pipelines into the copper-tube network integrated inside the glovebox. By exchanging heat with the metal panels or internal modules, the copper tubing enables precise local heating and cooling of specific zones inside the chamber, thereby achieving accurate temperature control of the core working area.
An integrated safe power supply provides standard electrical outlets inside the glovebox for devices such as magnetic stirrers, sensors, and small instruments, greatly facilitating internal operations.
In this way, the system simultaneously addresses two key requirements: atmosphere protection and precise temperature control, while maintaining very smooth and user-friendly operation. It is a high-end, fully customized workstation designed for advanced scientific research and fine chemical processing, offering superior experimental conditions for handling sensitive materials.
This system integrates multiple independent functional modules and glovebox types into a complete solution for special material processing.
The main working chamber features a three-glove-port design, allowing two operators to work simultaneously, which is ideal for coordinated machining, assembly, or measurement tasks. A compact precision CNC lathe or dedicated turning head is installed directly inside the glovebox, enabling operations such as OD turning, facing, grooving, and boring on bar stock under an inert atmosphere.
The lathe spindle, guideways, and control system require power, compressed air, and data connections, which are routed into the chamber through dedicated sealed electrical feedthrough plates or corrugated-tube interfaces.
An auxiliary chamber is connected to the main chamber. Chips, waste material, or finished parts generated during machining can be transferred from the main chamber to the auxiliary chamber. In the auxiliary chamber, a precision balance is used to weigh materials in order to calculate material utilization, record finished-part weight, or prepare raw materials for the next process step.
By seamlessly combining inert-atmosphere protection, precision manufacturing, and quantitative analysis, this system represents a high-end and sophisticated glovebox-based solution for advanced applications.
The Etelux integrated tube-furnace single-side dual-station glove box combines a high-temperature tube furnace with a fully sealed inert atmosphere workstation. Samples can be loaded, heated and cooled along one continuous line without leaving the protected environment. The dual glove ports allow two operators to work at the same time, improving efficiency for new-materials R&D and small-scale preparation. This configuration is ideal for solid-state battery materials, functional ceramics, catalyst powders and other air-sensitive samples that require precise thermal treatment under controlled atmosphere.
This system realizes triple environmental control inside a glove box:
Ultra-pure inert atmosphere
A closed-loop purification system maintains ultra-high purity inert gas (e.g. N₂, Ar) in the chamber, with typical H₂O and O₂ levels < 0.1 ppm, effectively isolating the environment from moisture and oxygen.
Cleanroom-grade particle control
An integrated clean system – typically ISO Class 5 (Class 100) or better, using vertical laminar or mixed turbulent flow – continuously circulates and filters the internal gas via FFUs (fan filter units). This removes micro- and sub-micron particles generated during operation, preventing contamination of nanomaterials, thin films and sensitive samples.
High-precision temperature and humidity control
A dedicated air-conditioning module provides stable temperature and humidity control over the entire internal volume, solving traditional issues such as glove box temperature drift with ambient conditions, local hot spots and coarse humidity regulation.
The system simultaneously prevents chemical contamination (oxidation, hydrolysis caused by H₂O/O₂) and physical contamination (particle-induced pinholes in films, device short circuits). This is critical for fabricating high-performance optoelectronic devices (e.g. solar cells, LEDs) and for ultra-clean surface studies.
Stable temperature and humidity ensure extremely consistent material properties (e.g. solubility, viscosity) and process parameters (e.g. solvent evaporation rate, thin-film formation kinetics), dramatically improving experimental reproducibility and data comparability. As such, it serves as a core infrastructure for top-tier research institutes and high-tech enterprises pursuing disruptive innovations in advanced materials.
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