Vacuum Technology Inc modular 3d printed glove box systems for flexible lab solutions

Vacuum Technology Inc (VTI) through a modular 3D printed glove box has approached the inflexibility of traditional glove box design which focuses on user customization.

Environments in which glove boxes are utilized for laboratory experiments may be fixed but with traditional glove boxes it may be impossible to adjust to the change. VTI's modular 3D printed glove box system allows users to assemble a variety of components and customize the lab according to their needs .This means that the user can select from a set of modular components according to size and configuration which will allow them to easily create a glove box fitting their requirements. This approach immensely increases the scalability of the system. Users are able to either buy the base system at first or can forever add accordance to their needs so that the end result is a glovebox designed solely for the user.

VTI's modular glove box system leverages the latest advances in 3D printing technologies, allowing for greater efficiency in production and greater versatility in the design of the modules. Thanks to 3D printing, each module may be produced in a specific size and shape allowing for each joint between the connections and functions for a perfect correspondence. Additionally, VTI's gloves reduce companies' costs with their materials, reap higher durability in the new design features, and are significantly more efficient as the entire process is made simpler and more precise as a 3D printer would do it. 

Are you looking for a 3D printing glove box system that can cover multiple functions? The modular approach allows this glove box system to suit particular tasks. For instance, during chemical experiments, it is possible to employ a module that does not corrode. Or if performing dust free works using a glove box, a module that seals the glove box can be utilized. As a result, the inappropriate usage of the modules is minimized, resulting in better performance at the laboratory. 

Maintaining and replacing this new design is not costly at all. In the event a part of the unit has been damaged or simply needs general maintenance, the user only needs to replace the required part rather than an entire module of the system. As a result, replacing features of the glove box is rather easy and cheap.

The VTI glovebox system for 3D printing is modular and fits into numerous industries, such as chemistry, pharmaceuticals, biomedicine, semiconductor manufacturing and others. In such lines of industry, the security, precision as well as the versatility of the working environment is very essential. VTI’s modular system is able to offer the best configuration and performance requirements per the specifications of various laboratories.