Portable Glove Box
1)Acrylic Type A glove box: No sample transfer window, must be take it out from the door.
2)Acrylic Type B glove box:There is a sample transfer window, which can protect the gas environment inside the box from being damaged by the outside world.
3)Acrylic Type B glove box:The air in the box can be extracted through the vacuum pump, and then through the high purity dry inert gas into the box, and reach the lower water oxygen content in the box
2.Customization:
1)Single, double, multiple people and other different station boxes.
2)Different shapes, different structures, different applications, different thickness customization options.
3)Doors of different sizes can be opened on any side of the box to facilitate the entry and exit of equipment and accessories.
4)For other optional configurations, contact sales personnel.
***Price List for whole above, inquire us to get
Description
Technical Parameters
The portable glove box is a sealed box type device that fills high purity inert gas into the box and circulates to filter out the active substances in it.It is widely used in the need of water-free,oxygen-free,dust-free environment occasions,such as lithium-ion batteries and materials research and development and production,semiconductor manufacturing,OLED research,special welding,pharmaceutical industry sterile drug production,solar cell production,3D printing high-precision medical devices,chemical reagent synthesis and environmental pollution control and other fields.
When purchasing, we should consider the material, size, sealing performance, efficiency of the gas circulation system and stability of the control system. In addition, you also need to select the right model and configuration according to the specific application scenario and requirements. And the equipment needs regular maintenance and maintenance to ensure its normal operation and extend its service life.Maintenance includes cleaning containers,checking the integrity of gloves,and replacing filters.In the process of use,it is also necessary to pay attention to avoid violent collision and vibration,so as not to affect the performance of the equipment.
Specifications
Laser welding
Application background
Laser welding is a high-precision,high-energy density welding method,the principle is to use the laser beam focusing generated by the high temperature,so that welded materials instantly melt and connect together.However,laser welding requires extremely high cleanliness and stability of the environment,and impurities such as oxygen,moisture and dust in the air may react with the molten metal,affecting the weld quality and material properties.Therefore,in the laser welding process,it is necessary to provide a highly clean,oxygen-free and water-free environment.
Application in laser welding
Provide a clean environment
The device can create a highly clean,oxygen-free,water-free environment,avoiding external impurities such as oxygen,moisture,dust,etc.,to interfere with the laser welding process.
Laser welding in such an environment can effectively avoid the reaction of materials with oxygen and moisture in the air,and improve the quality of welding seams and material properties.
01
Protect operator safety
In the process of laser welding,intense light and heat radiation will be generated,which poses a threat to the safety of operators.
The device provides a closed operating space.The operator can operate in the box with gloves to avoid direct contact with laser and thermal radiation,ensuring the safety of the operator.
02
Facilitate the realization of complex welding processes
For some special welding processes,such as vacuum laser welding,hand-held glove boxes can provide near-vacuum environmental conditions.
The pressure in the glove box can be reduced to a very low level by equipped with devices such as vacuum pumps to meet the requirements of vacuum laser welding.
03
Improve welding accuracy and efficiency
Laser welding has a very high energy density and a very small heat-affected zone,enabling high-precision welding operations.
In this equipment,because the stability and cleanliness of the environment are guaranteed,the precision of laser welding can be further improved.
At the same time,the speed of laser welding is much faster than the traditional welding method,which can greatly improve the production efficiency.
04
Precautions
Control welding process parameters
Laser welding in this equipment requires precise control of welding process parameters,such as laser power,welding speed,focal length,etc.
These parameters need to be optimized and adjusted according to different materials and welding requirements to ensure welding quality and stability.
Regular maintenance and maintenance
Hand-held glove boxes require regular maintenance and maintenance to ensure their normal operation and extend their service life.
Maintenance includes cleaning containers,checking the integrity of gloves,and replacing filters.
Aseptic drug production
► Requirements for sterile drug production
Aseptic drugs refer to the preparations and raw materials with aseptic check items listed in the legal drug standards,including injections,ophthalmic preparations,aseptic creams,aseptic suspensions,etc.The production of such drugs needs to meet strict sterility requirements to ensure product quality and safety.The production process of sterile pharmaceutical products includes steps such as material preparation,product preparation,filling or packaging,which must be carried out in a clean area,and the environment of each production operation should meet appropriate dynamic cleanliness standards to minimize the risk of contamination of the product or the material handled by particles or microorganisms.
► Bring effect
1)Provide a sterile environment
Through advanced sealing technology and an efficient air filtration system,the equipment is almost completely insulated from external contamination.In this enclosed environment,the air is filtered through multiple layers to remove tiny particles such as dust,bacteria and viruses,ensuring a high degree of cleanliness of the air entering the chamber.This sterile environment is essential for the production of sterile pharmaceuticals,preventing microbial contamination and ensuring the quality and safety of pharmaceuticals.
2) Protect operators
The device also protects the operator from toxic and hazardous substances.In the production process of sterile drugs,some toxic and harmful chemicals or biological agents may be used.It is designed so that the operator can perform fine operations inside the box through gloves without having to come into direct contact with these hazardous substances,thereby reducing operational risks.
3)Easy to carry and operate
The portable glove box is small in size,light in weight and easy to carry and operate.This allows it to move flexibly between different production sites and laboratories,meeting the need for equipment portability in sterile drug production.
► Specific application in the production of sterile drugs
Material preparation
In the production of sterile drugs,material preparation is a key step.The hand-held glove box provides a sterile storage and preparation environment for materials to prevent contamination during preparation.
Product formulation
Product formulation is another important step in the production of sterile drugs.The sterile environment in the hand-held glove box ensures the accuracy and reliability of the preparation process and prevents microbial contamination from affecting the quality of the drug.
Filling or subpacking
Filling or packaging is the last step in the production of sterile drugs.The portable glove box can provide a sterile environment for the filling or dispensing process, ensuring that the drug is not contaminated during the filling or dispensing process.
► Matters needing attention
1) Regular maintenance and maintenance
Portable glove boxes require regular maintenance and maintenance to ensure their normal operation and extend their service life.Maintenance includes cleaning containers,checking the integrity of gloves,and replacing filters.
2) Operator training
Operators need to receive relevant training on how to use and precautions to ensure that they use the equipment correctly and safely.
Development of intelligence and automation
Intelligent technology
Intelligent control system
Environmental parameter monitoring and adjustment: Integrated high-precision sensors, real-time monitoring of temperature, humidity, pressure, gas composition (such as water oxygen content) and other parameters in the box, automatic adjustment of gas purification system, temperature and humidity control module through AI algorithm, to ensure environmental stability.
Fault warning and diagnosis: Machine learning models are used to analyze equipment operation data, provide early warning of potential faults (such as reduced purification efficiency, seal failure), and provide maintenance recommendations.
Operation process optimization: According to experimental requirements, automatic planning of gas displacement, sample processing and other operating steps, reduce manual intervention.
Human-computer interaction and remote control
Touch screen and voice command: Equipped with high-resolution touch screen, support gesture operation and voice command, simplify complex experiment process.
Mobile APP: Remotely monitor device status, adjust parameters, receive alarm information and even perform remote operation through mobile phone or tablet computer.
Data analysis and decision support
Experimental data recording and analysis: automatically record environmental parameters, operation steps and other data in the experiment process, generate visual reports, and assist researchers to analyze experimental results.
Ai-assisted experimental design: Based on historical data and algorithm model, the best experimental conditions are recommended to improve the success rate of the experiment.
Automation technology
Automated operation flow
Sample transmission and processing: Integrated with mechanical arm, automatic conveyor belt and other equipment, to achieve automatic sample transmission, weighing, packaging and other operations, reduce manual errors.
Automatic gas purification: According to the changes in the composition of the gas in the box, the regeneration cycle and adsorption efficiency of the purification column are automatically adjusted to ensure the purity of the gas.
Safety protection automation
Emergency response: When anomalies such as gas leakage, overtemperature and overpressure are detected, emergency measures (such as closing the valve and starting the exhaust system) are automatically started, and alarm information is pushed through the APP.
Rights management: Through fingerprint recognition, face recognition and other technologies, limit the operator's rights to prevent misoperation.
Maintenance and upgrade automation
Automatic calibration and maintenance: The sensor is automatically calibrated regularly, prompting the replacement of consumables (such as purification columns, gloves), and providing online upgrade functions to optimize equipment performance.
Technology integration and future trends
Internet of Things (IoT) and cloud computing
Device data is uploaded to the cloud to achieve multi-device collaboration and remote management, supporting the storage and analysis of large-scale experimental data.
Through the cloud algorithm, continuously optimize the equipment control strategy and improve the intelligence level.
Miniaturization and integration
More functional modules, such as mass spectrometers and spectrometers, are integrated into the glove box for in-situ detection and real-time analysis, reducing the risk of contamination from sample transfer.
Green environmental protection and sustainable development
Energy efficient design (such as high efficiency vacuum pumps, intelligent power management) to reduce energy consumption; Use recyclable materials to reduce waste generation.
Examples of application scenarios
Biomedicine
In cell culture and drug synthesis, intelligent environmental control ensures repeatability and reliability of experimental results.
New energy materials
In the research and development of lithium batteries and solid state batteries, the water oxygen content is automatically controlled to improve the material performance.
Semiconductor manufacturing
Before the chip packaging, the intelligent detection system is used to ensure that the surface is dust-free and pollution-free, and the yield is improved.
Market status and challenges
Technology maturity
Some high-end functions (such as AI-assisted experimental design) are still in the research and development stage, and their stability and reliability need to be further verified.
Cost and popularization
Intelligent and automation technology has increased the cost of equipment, and it is necessary to reduce the cost through large-scale production and promote the popularization of technology.
Standards and norms
The industry lacks unified technical standards, and it is necessary to strengthen industry-university-research cooperation and formulate relevant norms.
Summary
The intelligent and automated development of portable glove boxes will significantly improve experimental efficiency, safety and data accuracy, and promote scientific research and industrial production to a more efficient and accurate direction. In the future, with the continuous progress of technology, the glove box will become an indispensable "intelligent laboratory" for researchers.
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