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A The alarm and notification functions of the IoT glove box can be notified through various channels. When the device encounters abnormal states or problems, the system will promptly send alarm messages to the user through WeChat, SMS, or email. This is of great help to users, as it allows them to be informed of equipment failures in a timely manner, respond quickly, and take necessary measures to avoid production or experimental interruptions caused by equipment problems, and reduce losses. For example, in industrial production, once an abnormality occurs in the glove box, users can immediately adjust or repair it according to the notification, ensuring the continuity and stability of production, and also protecting experimental data and sample safety in a timely manner during the experimental process.

A The IoT glove box has obvious advantages in terms of operational convenience. The IoT glove box has a variety of login methods, which can be directly logged into the control interface through WeChat official account or computer, and can also scan the QR code for quick login, simplifying the operation steps, while the traditional glove box only relies on touch screen control, which is cumbersome. The IoT glove box can achieve remote one to many management and viewing of device operation without on-site operation, while traditional glove boxes require manual continuous monitoring of data and querying of historical status, which is time-consuming and laborious. And the IoT glove box is equipped with one click contact customer service and online help manual viewing functions, which facilitate users to solve problems and obtain operation guides. Traditional glove boxes are relatively lacking in this regard.

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A The function of a glove box is to provide an inert atmosphere without water or oxygen, and the sealing performance of the glove box directly affects the purity and stability of its internal environment. A high-quality glove box should have a good sealing design to effectively prevent the entry of external impurities and gases, ensuring that the environment inside the box is not contaminated. The Mikrouna glove box adopts a unique window flange and sealing ring design structure, and uses advanced laser welding technology to ensure maximum sealing performance, which is crucial for maintaining the stability of the internal environment of the glove box and conducting precise experiments.

A The observation window of Mikrouna glove box adopts a flange window. Its characteristics are easy disassembly, easy maintenance, and convenient disassembly, cleaning, or repair and replacement when needed; Strong sealing ability can effectively prevent gas leakage and ensure the stability of the internal environment of the glove box, allowing operators to observe the operation process inside the box clearly and intuitively, without affecting the overall sealing performance of the glove box, ensuring that experiments or production are carried out in a safe and stable environment.

A The main body of the glove box is generally made of stainless steel material. Its advantage lies in its good corrosion resistance, which can resist the erosion of various chemical substances and prevent the box from being corroded and damaged in experiments or industrial applications; Strong pressure resistance, able to ensure the stability of the box structure in different operating environments; Easy to clean, convenient to remove dirt or impurities from the surface of the box; Not easily deformed, can maintain the shape and sealing of the glove box, ensure the stability of the internal environment, and provide reliable space support for experiments or production.