Professional-Grade Semiconductor Cleanroom Glove Box — Precise Oxygen and Moisture Control, Intelligent and Efficient Operation

Product Overview

This semiconductor cleanroom glove box is specifically designed for high-precision electronics manufacturing, materials research, and sensitive processes. Integrating an FFU clean air system, vacuum transfer chamber, and intelligent control platform, it ensures the internal environment maintains oxygen and moisture levels below 0.1ppm. It provides an ultra-clean, oxygen-free environment for high-end fields such as semiconductors, lithium batteries, and OLEDs, guaranteeing zero contamination in manufacturing processes.

Core Advantages

FFU Clean Air System

Equipped with a high-efficiency fan filter unit (FFU), it continuously circulates and purifies the air inside the box, effectively trapping particulate contaminants to meet the stringent requirements of semiconductor processes for dust-free environments.

Vacuum Suction Transfer Chamber

Featuring a dual-door design, it supports rapid vacuum pumping/inert gas filling. During material transfer, it effectively isolates external contamination with extremely low oxygen and moisture permeability, ensuring the stability of the internal environment.

Vacuum Heating & Adsorption Platform

Integrated with adjustable heating functionality and a vacuum adsorption fixing device, it facilitates precise positioning and oxygen-free processing of wafers, substrates, and other materials, enhancing process efficiency.

Intelligent Touch Operation

A one-click smart control panel enables real-time monitoring of parameters such as internal temperature, humidity, oxygen/moisture levels, and pressure. It supports data logging and alarm functions, ensuring intuitive and user-friendly operation.

Ultimate Environmental Control

Utilizing high-seal materials and multi-layer gas purification technology, it maintains long-term stable oxygen and moisture concentrations below 0.1ppm. Equipped with a cyclic purification system, it further extends the service life of inert gases.