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Aimed at addressing the modern needs of users, VTI commercialized its unique FDM 3D printed glove box. Thanks to VTI’s FDM 3D printing technology, customization of glove boxes is enhanced while their functional operability as well as longevity is also improved.
Thanks to advances in the 3D printing technology, glove boxes manufactured by VTI can be designed to fit specific requirements of different laboratories. The internal volume and configuration of glove boxes can now be designed to meet the requirements of the tasks which have to be carried out in the box. If it is needed to install complex devices, or to use equipment constructed from specified materials that are necessary to handle chemical agents, VTI prints glove boxes that fulfill the purpose.
This glove box has practically perfect air tightness. Outside air pollution is rather efficiently blocked out, and as a result, the laboratory remains uncontaminated by the ambient atmosphere. The glove box is best used for processes that involve chemical reactions, sensitive experiments, and toxic gas manipulations. With the newly developed 3D printing technology, VTI has been able to improve the sealing and pressure resistance characteristics of the glove box, greatly enhancing its efficiency and reliability.
VTI’s glove box also demonstrates an excellent ability to resist corrosion and aging which enables it to operate in extreme conditions on a continuous basis. For instance, in the case of pharmaceutical, electronics and even chemical research, the utilization of 3D printed glove boxes has become one of the essential apparatus found in the laboratory. Such devices guarantee a higher operational safety during the conduct of the experiments and increase the convenience and efficiency of the overall process.
The development of the glovebox 3D printed by Vacuum Technology Inc. is rapidly evolving the operations of conventional laboratories around the world owing to its advanced technology and performance integrated systems. This glove box is indubitably ideal for testing and experiments which require a high degree of safety and accuracy in control.
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