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ATTO10 + 1800 Glove Box Integrated Coating Machine

The Atto10 + 1800 glove box is a proven glove box vapor deposition all-in-one machine. It is a rugged and versatile design standard solution. The system can be operated manually and automatically and has a wide range of deposition instrument options including: electron beam evaporators, RF and DC sputtering sources, low temperature organic evaporators and metal evaporators. There are also many system options available, such as quartz crystal monitoring, high vacuum load lock and heating, cooling, rotating or static sample stage. This system is integrated with the vacuum coating system and Lab2000 glove box system. The glove box is a box in a closed environment that is isolated from the atmosphere. Various assembly operations and other tasks can be performed inside the box through gloves. There is no water in the glove box. No oxygen, only filled with high-purity inert gas, to achieve seamless connection between the coating machine and the glove box, to solve the problem of coating products contaminated by water and oxygen molecules.

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Automatic Pressure Control Kit for Etelux Glovebox

Automatic Pressure Control Kit is an automatic pressure control kit for Etelux glovebox to keep Glovebox Chamber at constant pressure from -1.25Kpa to 1.25 KPa

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Automatic Tunnel Vacuum Drying System

This machine is used for batch baking production of lithium-ion batteries, and runs fully automatically. Adopting international advanced vacuum tunnel baking technology to ensure the consistency of battery baking, taking into account clean production and easy inspection and maintenance of equipment.

Specialized assembly line: heating, constant temperature, and cooling are divided into independent functional sections, and each functional section has always maintained a state to achieve high vacuum, high temperature uniformity and low dew point, which greatly improves the performance parameters of lithium batteries, while greatly Reduce energy consumption.

Automation: Automatic connection of upper and lower procedures to achieve dynamic vacuum operation, thereby realizing automation and intelligent large-scale production.

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Automatic Tunnel Vacuum Drying System

This machine is used for batch baking production of lithium-ion batteries, and runs fully automatically. Adopting international advanced vacuum tunnel baking technology to ensure the consistency of battery baking, taking into account clean production and easy inspection and maintenance of equipment.

Specialized assembly line: heating, constant temperature, and cooling are divided into independent functional sections, and each functional section has always maintained a state to achieve high vacuum, high temperature uniformity and low dew point, which greatly improves the performance parameters of lithium batteries, while greatly Reduce energy consumption.

Automation: Automatic connection of upper and lower procedures to achieve dynamic vacuum operation, thereby realizing automation and intelligent large-scale production.

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Automatic Tunnel Vacuum Drying System

This machine is used for batch baking production of lithium-ion batteries, and runs fully automatically. Adopting international advanced vacuum tunnel baking technology to ensure the consistency of battery baking, taking into account clean production and easy inspection and maintenance of equipment.

Specialized assembly line: heating, constant temperature, and cooling are divided into independent functional sections, and each functional section has always maintained a state to achieve high vacuum, high temperature uniformity and low dew point, which greatly improves the performance parameters of lithium batteries, while greatly Reduce energy consumption.

Automation: Automatic connection of upper and lower procedures to achieve dynamic vacuum operation, thereby realizing automation and intelligent large-scale production.

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Battery Research Glovebox

Gloveboxes employed in the area of lithium and sodium-ion battery research face unique challenges. These challenges are primarily due to the high levels of organic contaminants released into the glovebox atmosphere during battery work. These contaminants have undesirable effects on the integrated equipment, and can sometimes damage oxygen adsorbents. Vigor’s battery research glovebox line incorporates a special adsorbent bed to remove corrosives before they can compromise your research or the glovebox. We also accommodate a variety of electrical feedthroughs, custom panels, and peripherals.