New Products
Exclusive and Glove Compartment
Accessory Series
Exclusive and Glove Compartment
Customized Solution
For all your lab glove box needs
Standard Glove Box
Lithium Battery
Technical parameters
Chamber dimensions: glovebox configured according to the electrolyte-filling machine
Material: full stainless-steel construction(Type 304), surface metal brushing process; thickness 3 mm
Control system: includes self-diagnosis and power-failure auto-restart features, with pressure control and adaptive functions
Automatic control, circulation control, password protection; vacuum chamber control uses LCD display
The control unit uses German Siemens PLC with touchscreen operation
Rated power: 2.0 kW
Working gas pressure: 0.4–0.6 MPa
Purification capability: O₂< 0.1 ppm, H₂O< 0.1 ppm(dew point< −78 °C)
Menu options: Chinese/ English
3Dprint
Technical parameters
Solved the problem of large volume sealing in 3D printed glove boxes.
Solved the problem of high integration of signal and power lines in 3D printed glove boxes and external sealing and anti-interference.
Solved the problem of smoke and dust purification during the operation of 3D printed glove boxes, as well as the issue of filter replacement cycle and lifespan.
Humanized and professional design, the appearance of the box is beautiful, the sealing of the large door on the box is excellent, and it is easy and simple to open.
Solved the problem of powder feeding air intake or powder spreading equipment lens blowing and glove box pressure control for 3D printing glove box powder feeders.
Solar Cell
WHY CHOOSE ETELUX ?
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.
Laboratory Equipment and Supplies
Etelux Inert Gas Systems (Beijing) Co., Ltd., founded in 2006, is a leading manufacturer of gloveboxes, laboratory equipment, and industry solutions. It has long served domestic and international universities, research institutions, and high-tech enterprises, and earning the trust of experts and scholars. The company has three production bases, with its core factory boasting industry-leading production capacity.
Etrex gloveboxes and various solutions are widely used in physics, chemistry, materials science, photovoltaics, biology, medicine, military industry, metallurgy, electronics, semiconductors, new energy, nuclear industry, aerospace, additive manufacturing, and other fields. Currently, tens of thousands of sets of equipment are operating stably under various working conditions, providing lasting support for research and innovation in China and around the world.
Smart ideas
With dozens of intelligent concepts, you’ll find what you’re looking for in our store, and it will be unique and personalized to match.
Outstanding support
Our customer support is second to none – users rave about how we don’t rest until every issue is solved to their satisfaction.
Secure checkout
With 128-bit SSL security with advanced encryption you are guaranteed that your purchases are safe.
Recent Posts
- Below 28nm Logic and Beyond: The Indispensable Role of Ultra-Low Oxygen Gloveboxes in Cu/Co Interconnect Fabrication
- Contamination Control in Semiconductor Fabs: Why Gloveboxes Are the Critical Barrier Against Moisture, Oxygen, and Airborne Particles
- Glovebox Integration in Compound Semiconductor Manufacturing: From MOCVD to Wafer Handling – A Technical Deep Dive
- Semiconductor Glovebox Specifications Decoded: From <1 ppm H₂O/O₂ to ISO Class 5 Cleanliness – What Really Matters for Yield
- 5 Common Glove Box Selection Mistakes for Battery 3D Printing: Why Standard Units Fail Lithium Metal and Sulfide Electrolyte Processes
- Automation Upgrade for Battery 3D Printing Glove Boxes: Selection Logic and Technical Path From Standalone Operation to Full-Line Integration
- From Slurry Preparation to Vacuum Encapsulation: Key Technical Considerations for Full Workflow Glove Box Integration in Battery 3D Printing
- Why All-Solid-State Battery 3D Printing Requires Integrated Vacuum Glove Boxes: Full Technical Analysis of Li-Anode Oxidation and Sulfide Electrolyte Safety
- Battery 3D Printing Glove Box Water & Oxygen Index: Process Grading and Selection Boundaries from <1ppm to <0.1ppm
- From Standalone Equipment to Full-Line Integration: Key Selection Considerations for Vacuum Glove Box & Coater Communication and Control Solutions
- Antechamber Size & Pumping Speed: Overlooked Vacuum Glove Box Efficiency Parameters for Continuous Vacuum Coating Production
