Please select the correct version of the user manual for your Glove Box.
Glove Box User Manual V1.0
Glove Box User Manual V1.1
Type G
Used in the UK, Ireland, Saudi Arabia, Hong Kong, and the UAE.
Type F
Used in the EU (except Ireland), Korea, Russia, Egypt, and mainland China.
Type B
Used in the USA, Canada, Japan, Taiwan, Mexico, and mainland China.
Type I
Used in Australia, New Zealand, and mainland China.
Country not listed? We ship worldwide. Please contact us if you are not sure which plug type you need.
Affordable ISO Class II Glove Box with Automated Purge Cycles
High accuracy sensors provide real-time, continuous feedback to closely control the inert environment
Overview | Specifications | Features | Gallery | Resources and Support
Easily create and maintain a low oxygen and moisture environment with the Ossila Glove Box. Suitable for almost any lab, our low price, benchtop glove box will make the handling, processing, and storage of air sensitive samples simple and convenient.
Using the sophisticated inbuilt software to purge the system with nitrogen or argon gas, you can consistently achieve oxygen levels below 0.5% and water levels below 0.75% relative humidity. With a leak rate of less than 0.25% volume per hour, the glove box maintains a steady environment for extended periods of time.
Our lab glove box is constructed from high quality, low ingress materials such as steel and glass. The universal feedthroughs enable you to integrate power, vacuums, and more. Using the antechamber, you can easily transfer materials and accessories in and out of the main chamber without compromising the internal conditions. Antechamber data is always displayed to minimize the chance of accidents, and ensure a secure environment is maintained.
ISO Class II Leak Rate
Ultra-low <0.25% vol/hour
Automated Purging
Lower operational cost
High Accuracy Sensors
Real-time data tracking
Antechamber Access
Protect your inert environment
How Effective is the Ossila Glove Box?
The Ossila Glove Box delivers high-performance inert conditions, achieving oxygen levels below 0.5% and moisture as low as 15 ppm. While more expensive systems offer slightly tighter control with O2 and H2O levels under 0.1 ppm and a lower leak rate, the difference in inertness has minimal impact on real-world applications.
When fabricating perovskite thin films, our comparison showed no significant difference in device performance between films produced in the Ossila Glove Box and those made in a more expensive, higher specification glove box. The Ossila-produced devices achieved an impressive 19.2% champion efficiency, coming close to the 19.7% efficiency from the 0.1 ppm glove box. SEM images confirm the perovskite films made in each glove box are nearly identical, and both are drastically improved compared to films made in air.
As an ISO class II system with a leak rate of less than 0.25% vol/hour, the Ossila Glove Box provides robust inert conditions that are more than sufficient for most research and development needs. For a fraction of the price, it is a smart, cost-effective choice without sacrificing quality or results.
Specifications
| Leak Rate* | <0.25% vol/hour (ISO Class II) |
|---|---|
| Maximum Input Pressure | 2 bar |
| Working Overpressure Range | 0.1 mbar - 5 mbar |
| Purge Overpressure Range | 10 mbar - 15 mbar |
* For an inert atmosphere glove box, a leak rate of between 0.05 to 0.5% of box volume per hour is sufficiently low.
Glove Box Sensors
| Oxygen Sensor Range | 0.5% to 25% |
|---|---|
| Oxygen Sensor Resolution | 0.01% |
| Moisture Sensor Range | 0% Relative Humidity to 100% Relative Humidity |
| Moisture Sensor Resolution | 0.1% Relative Humidity (15 PPM) |
| Pressure Sensor Range | 300 mbar to 1200 mbar |
| Pressure Sensor Resolution | 0.005 mbar |
| Temperature Sensor Range | 40 °C to 120 °C |
| Temperature Sensor Resolution | 0.1 °C |
Dimensions
| Main Chamber External Dimensions (D x W x H) | 500 mm x 750 mm x 500 mm (19.7" x 29.5" x 19.7") |
|---|---|
| Main Chamber Internal Dimensions (D x W x H) | 450 mm x 600 mm x 500 mm (17.7" x 23.6" x 19.7") |
| Antechamber Internal Dimensions (D x W x H) | 150 mm x 150 mm x 150 mm (5.9" x 5.9" x 5.9") |
| Weight | 35 kg (77.2 lbs) |
Material
The materials we selected were chosen for their low ingress rates, excellent chemical resistance, and robustness. A steel construction with a hardened glass window dramatically reduces the amount of inert gas that you will need to use to maintain the internal atmosphere over extended periods of time. Steel behaves as a near "perfect barrier" for both oxygen and moisture while lightweight materials like plastic are highly permeable.
| Box and Antechamber Material | 2 mm (0.08"), Graded 304 Stainless Steel, 2B Surface Finish |
|---|---|
| Window Material | 6 mm (0.24"), Hardened Glass |
| Gloves | 2 x Butyl Rubber Gloves, 8" Diameter |
Other Features
| Feedthroughs | 2 x DN 40 ISO-KF Blanked Feedthroughs |
|---|---|
| Gas Inlet / Exhaust* | 12 mm (0.47") Push-Fit Connector (PTFE recommended) |
| Gas Inlet Requirements | 99.99% N2 Purity, Inlet Pressure (1 bar to 2 bar) |
| Safety Features | Software control of maximum pressure, 500 mbar blow off valve |
| Lighting | Internal LED White Light |
| Power Supply | 24 V DC |
* The exhaust of the glove box does not have filtration and so should be exhausted into a fumehood or exhaust stack of the building.
Documents and Datasheets
Purge Time Graph (Representative graph of the purge time for the main chamber)
Leak Rate Tests (representative graph of the leak rate of a system, JPG)
Declaration of Conformance (EMC Directive, RoHS Directive)Built for Every Laboratory
Monitor Internal Conditions
We have equipped our lab glove box with precision sensor boards. Each sensor board supplies high accuracy readings and constant feedback to allow you to closely control the internal environment. These allow you to track real-time oxygen, moisture, pressure, and temperature levels.
High Quality Materials
Built to last, the solid construction and premium materials will withstand frequent long-term use in a busy lab. Grade 304 stainless steel, 6 mm hardened glass, and butyl rubber gloves ensure ultra-low moisture and oxygen ingress rates. The system is compatible with a range of materials and is suitable for many applications.
Cheap to Run
With a low price tag and operational costs, you can conduct inert atmosphere processing without the huge start-up investment or maintenance costs. Low ingress rates and a compact volume significantly reduce the amount of gas needed in the system. Compared to larger systems, our lab glove boxes use significantly less inert gas.
Universal Feedthroughs
Expand the range of experiments that are possible with universal feedthroughs. With two universal KF 40 flange feedthroughs, you can incorporate pass-throughs for power, communication lines, and vacuums. Use the universal feedthroughs to power your spin coater, syringe pump, or other equipment.
Easy-To-Use Software
Integrated software guarantees a reliable atmosphere over extended periods of time. The simple interface helps you customize and monitor the internal environment. The screen displays if the atmosphere is inert, if the antechamber is safe to open, and if the system is still running at the desired overpressure.
Cost-Effective Automatic Purging
The Ossila Glove Box includes specially designed purge cycles and leak tests to give you extensive control of the glove box environment with minimum effort. The system maintains an internal environment in line with custom set points for oxygen, moisture, and overpressure. Even when you are away from the lab, your chemicals, materials, and samples are safe.
Automated Purging
When active, the glove box will purge as needed to maintain low oxygen and water levels without excessive use of inert gas.
Leak Test
Quickly and accurately identify leaks by monitoring the internal pressure through a simple, pre-programmed leak test.
Quick Purge
Circulate fresh gas for a short period of time to maintain a clean environment, even if monitored levels are unchanged.
Initial Purge
After installation or significant exposure, achieve desired moisture, oxygen, and pressure levels within 24 hours.
Circulation Purge
An automated short circulation purge once a day keeps the system fresh. Customize the time to suit your lab.
Antechamber Cycle
Start an antechamber purge easily to ensure bringing materials into or out of the glove box is safe and simple.
Glove Box Gallery
Resources and Support
How to Choose a Glove Box
What type of glove box should you buy? Consider these six factors before you pick.
Read more...
Why Buy the Ossila Glove Box
Glove boxes are important within many areas of research, including photovoltaics, OFETs, OLEDs and batteries research. They provide the inert atmosphere needed to handle air sensitive compounds, and enough space to conduct a range of experiments.
Read more...