Stainless Steel Vacuum Glove Box 2 Port

Reliable Controlled-Environment Handling for Laboratory and Industrial Applications

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Product Introduction

The Stainless Steel Vacuum Glove Box 2 Port manufactured by Burhani Engineering Technology is a professionally engineered enclosed workstation for handling sensitive materials under vacuum, inert gas or other controlled-atmosphere conditions.

It enables an operator to work inside an isolated chamber through two integrated glove ports without directly exposing the process or material to the surrounding environment. The glove box is manufactured with a strong stainless steel body that provides structural stability, corrosion resistance and long-term durability.

The spacious internal working area and transparent viewing panel allow clear visibility while carrying out sample preparation, testing, assembly, research, and material handling.

The system is suitable for laboratories, research institutions, pharmaceutical facilities, battery development units, electronics industries, and specialized manufacturing environments. It can be configured according to customer requirements, including chamber dimensions, operating conditions, process gas, vacuum level and accessories.

Designed for Controlled and Sensitive Processes

Many laboratory and industrial materials can be affected by oxygen, humidity, dust or direct contact with the surrounding atmosphere. The 2 Port Stainless Steel Vacuum Glove Box creates an enclosed workspace in which these environmental conditions can be reduced or controlled.

The two ergonomically positioned glove ports allow a single operator to comfortably handle samples, tools and components inside the chamber. Depending on the selected configuration, the chamber may be connected to a suitable vacuum pump or supplied with an inert gas such as nitrogen or argon.

This controlled arrangement supports improved process consistency, cleaner material handling and better protection for atmosphere-sensitive samples.

Protection & Precision

Isolate your critical processes from atmospheric contamination. Ensure reliability in research, testing, and advanced manufacturing.

Key Features

Durable stainless steel chamber construction

Two glove ports for convenient single-operator use

Large transparent panel for clear internal visibility

Secure sealing arrangement for controlled operation

Suitable for vacuum and inert-atmosphere applications

Smooth internal surfaces for easier cleaning

Robust structure for laboratory and industrial use

Provision for vacuum pump and pressure instrumentation

Inlet and outlet connections for gas purging

Convenient access for loading samples and equipment

Customizable chamber dimensions and port locations

Optional material-transfer chamber or airlock

Application-specific valves, gauges and accessories

Designed and manufactured in Chennai, India

How Does a Two-Port Vacuum Glove Box Work?

Load Materials

Samples, components or tools are placed inside the enclosed working chamber.

Seal Chamber

The chamber is sealed and connected to the appropriate vacuum or gas-control system.

Establish Vacuum / Atmosphere

A compatible pump removes air, or the chamber is purged with nitrogen/argon process gas.

Handle Through Gloves

The operator handles the internal materials through the attached gloves safely.

Observe Process

Monitor operations clearly through the transparent viewing panel.

Note: The achievable vacuum level and atmospheric purity depend on the chamber design, sealing system, pump selection, gas arrangement and process requirements.

Durable Stainless Steel Construction

The stainless steel enclosure provides high mechanical strength and excellent resistance to corrosion. Its smooth, cleanable surfaces make the chamber suitable for applications where cleanliness and dependable operation are important.

Different stainless steel grades and surface finishes may be offered based on customer process, environmental and maintenance requirements. A suitable transparent viewing panel can also be selected to provide clear observation while maintaining chamber integrity.

Applications

Laboratory research and development

Pharmaceutical and chemical processing

Lithium-ion battery material handling

Electronics & semiconductor assembly

Moisture-sensitive sample preparation

Powder handling and controlled mixing

Material science and nanotechnology

Inert gas experiments and testing

Vacuum-based research applications

Specialized industrial assembly

Educational and institutional laboratories

Controlled packaging and inspection

Technical Configuration

Construction Material	Configured according to process requirements (Stainless Steel)
Glove Ports	2 Ports (Standard)
Chamber Dimensions	Available according to application requirements
Vacuum Level	Configured according to process requirements
Operating Pressure	Final specifications confirmed during quotation
Viewing Panel	Transparent viewing panel selection available

Customer Compatibility Responsibility

Customers should confirm the compatibility of the chamber, gloves, seals and accessories with the chemicals, gases and materials involved in their specific process before use. We recommend consultation with the appropriate process or safety engineer when selecting materials and configuration options for the application.

Customization & Optional Accessories

Burhani Engineering Technology can configure the glove box according to the customer's specific process requirements.

Standard / Product Features

2 Port Stainless Steel Chamber
Transparent Viewing Panel
Smooth internal surfaces

Optional / Configurable

Vacuum pump provision
Pressure/vacuum instrumentation
Gas inlet and outlet connections
Nitrogen/argon purging configuration
Material-transfer chamber or airlock
Application-specific valves and gauges
Custom chamber dimensions & port locations

Interested in the Stainless Steel Vacuum Glove Box 2 Port?

Talk to our engineering team about your application requirements and configuration options. We'll help you select the right chamber dimensions, materials and accessories for your specific process.

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