Many users give up high-performance vacuum glove boxes or face high operating costs due to the complex operation and tedious maintenance of traditional equipment. Traditional glove boxes have many pain points: complex manual operation steps, requiring professional training for staff; frequent failures of vulnerable parts such as seals and gloves, high replacement costs; unclear fault causes, time-consuming troubleshooting; and short regeneration cycle of purification system, frequent manual maintenance, which greatly increases the time and economic cost of use.
The core drawbacks of traditional equipment lie in backward intelligent control system and unreasonable structural design. Most traditional glove boxes adopt semi-automatic control, requiring manual adjustment of vacuum degree, gas flow and purification state, which has high operation threshold and is prone to human error. The sealing structure and glove fixing design are outdated, with short service life of vulnerable parts and frequent replacement. In addition, the equipment lacks intelligent fault diagnosis function, once abnormal conditions such as pump tripping and pipeline blockage occur, users need to spend a lot of time investigating, seriously affecting the progress of experiments and production.
High maintenance cost and complex operation bring great pressure to users. For university laboratories and small and medium-sized enterprises, frequent replacement of vulnerable parts and professional maintenance services increase annual operating expenditure. Complex operation leads to high staff training costs, and improper operation easily causes equipment failure and sample damage. Time-consuming fault troubleshooting will delay experimental research and production delivery, affecting the overall work efficiency.
Our intelligent vacuum glove box takes “simple operation and low maintenance” as the core design concept, thoroughly optimizing the user’s use cost and operation experience. The whole equipment adopts full intelligent PLC automatic control system, realizing one-key start, automatic vacuuming, automatic atmosphere purification, automatic regeneration and constant pressure maintenance. The touch screen visual operation interface is simple and intuitive, without professional training, ordinary operators can quickly master the operation, completely reducing the operation threshold and human error rate.
In terms of maintenance optimization, we upgrade the overall structural design. The upgraded thickened sealing gaskets and high-wear-resistant gloves have 3 times longer service life than ordinary accessories, greatly reducing the frequency of replacement and accessory costs. The equipment is equipped with a full intelligent fault diagnosis system, which can automatically identify faults such as pipeline leakage, pump body tripping, purification system saturation and gas source pressure abnormality, and pop up fault causes and solutions in real time, realizing one-click rapid troubleshooting.
In addition, the purification system adopts long-cycle regeneration design, with fewer maintenance times and lower energy consumption. The modular detachable structure is convenient for daily cleaning, accessory replacement and equipment maintenance, no need for professional technicians to operate on site. While ensuring high-performance operation, our equipment greatly reduces the user’s later maintenance cost, time cost and labor cost, realizing high-efficiency and low-cost long-term operation, which is very suitable for long-term use of various laboratories and industrial production lines.
