Versatile Solutions for Diverse Industries VTI Glovebox is designed for a variety of air-sensitive material applications, delivering high-performance solutions tailored to the unique needs. Through seamless communication and expert technical support, we efficiently turn concepts into turnkey products optimized for your specific field. Our solutions drive innovation across industries such as physical chemistry, lithium batteries, perovskite and solar cells, OLED/PLED, 3D printing, welding, and more
High-capacity purification system maintaining moisture and oxygen below 1 ppm for optimal performance in air-sensitive physical and chemical R&D.
Optional add-ons include freezers, cold wells, heated antechambers, solvent traps, HF absorbers, air conditioners, microscope units, ionizers, and quick-release windows to meet diverse needs.
Custom designs include modifying chamber and antechamber dimensions and collaborating with vendors to integrate equipment such as evaporators, AFMs, spin coaters, and probe stations, Furnace, and more. Share your ideas—we’ll turn them into practical solutions.
It provides a complete set of solutions for lithium metal battery research and development experiments, including lithium metal preparation, lithium metal negative electrode forming and a series of test equipment support.
Integrating Lithium metal electrode preparation, stacking, welding, packaging, insulation detection, vacuum electrolyte injection and sealing functions
The transition chamber also has a vacuum baking function
Water and oxygen content atmosphere for the Lithium metal solid state battery line inside the glove boxes are controlled below 1 ppm
The Supercapacitor Electrolyte Injection System by VTI is an advanced automation solution designed to optimize the production of supercapacitors. It automates the critical electrolyte injection process, from preparation to final injection, ensuring consistent quality and enhanced efficiency.
Key features include automated battery electrolyte handling with vacuumization and injection, precise electrolyte preparation, scanning and weighing for quality control, PCbased data management, and a dedicated electrolyte injection container for minimal spillage. The system streamlines production, reduces human error, and provides real-time data insights for improved decision-making. It is scalable, reliable, and designed to meet the needs of manufacturers looking to enhance their supercapacitor production capabilities.