Provide environmental solutions for the processing of aerospace and special purpose components.​​​​​​​

Designed for the environment required for aerospace and special purpose component processing, 3D printing equipment generally adopts powder feeding molding or powder spreading molding. The glove box design requirements for each molding equipment are different, and personalized customization will be carried out according to different customer requirements.

1. Large volume sealing, strict control of water and oxygen, improving the reliability of product quality;
2. Automatic robot loading, unloading, and transportation;
3. The signal and power lines are highly integrated into the sealed box to prevent interference;
4. Designed by professional engineers, the exterior is spray painted or mirror treated, with a clever structure and easy and simple opening.

Resolve the impact of humidity and impurities in the air on laser welding.​​​​​​​

In order to address the impact of humidity and impurities in the air on laser welding, the heating chamber can reach a maximum temperature of 200 ℃, and the heating plate can be rapidly cooled simultaneously. The glove box can be cleaned through flow meter control or connected to a purification system.

1. Low leakage;
2. The water and oxygen content inside the box is low;
3. The overall performance of the equipment is stable;
4. The water oxygen detection is true and reliable.

Resolve the impact of oxygen and impurities in the air during the preparation process of OLED materials.​​​​​​​

Organic Light Emitting Diodes (OLEDs), abbreviated as OLEDs, are electronic devices commonly used in lighting applications, household appliances, mobile phones, high-definition televisions, etc., in which thin films of organic compounds emit light in response to current.

The preparation process of OLED requires addressing the impact of oxygen and impurities in the air.
1. Provide an ultra clean enclosure environment;
2. Provide effective pollution control solutions;
3. Improve the production efficiency of the product.

Lithium battery automation production line, lithium metal solid-state battery intelligent equipment line, lithium metal battery automatic cutting and stacking integrated machine, solid-state battery automation production line, etc.

1. Place the battery in a vacuum oven for baking, evacuate to minimize the moisture content of the battery.
2. The baked battery automatically enters the cooling glove box through the conveying device, and the cooling glove box has a cooling device that can quickly cool the battery.
3. The cooled battery can gradually and automatically enter the glove box for liquid injection through the conveying device.
4. After injection, the battery enters the buffer glove box.
5. The batteries inside the cache glove box enter the compression (static) vacuum compartment, which compresses the batteries.
6. Squeezing (settling) the vacuum chamber, the battery will automatically enter the sealed glove box after vacuum settling, and the battery will be sealed.
7. The battery is discharged from the discharge compartment, and the entire transportation process of the battery can be automatically transferred.​​​​​​​

Resolve the impact of humidity and impurities in the air on laser welding.

The glove box in the nuclear field mainly involves the handling of radioactive materials, and this type of glove box is based on the principle of ensuring that operators are not threatened by radiation. There are strict regulations for glove boxes used in the fields of nuclear waste, reprocessing, nuclear energy, and nuclear research. Mikrouna strictly adheres to a series of international safety standards such as environmental protection and quality control in the design of glove boxes for nuclear applications.

1. Leakage rate<5 × 10-5/h;
2. It has the function of automatically discharging and processing radioactive materials;
3. There is a lifting and moving mechanism inside the box.