Vacuum Manifold Introduction

The Vacuum Manifolds have been specifically designed to enhance the efficiency of high-throughput processes such as nucleic acid purification, solid phase extraction, protein precipitation, Oligo synthesis, and various other applications. These manifolds are tailored to accommodate 48/96/384 well plates and Luer-inlet columns, streamlining procedures by eliminating the need for repetitive pipetting and centrifugation inherent in traditional nucleic acid extraction methods.

Constructed from anti-corrosive and durable materials, the integral device ensures longevity and resistance to corrosion. Its compact design promotes a consistent flow rate during extraction under negative pressure, effectively eradicating the need for redundant centrifugation and pipetting steps in conventional methods, thereby significantly improving overall efficiency.

There are three types of vacuum manifold: universal vacuum manifold, double-layer vacuum manifold and Luer-inlet vacuum manifold. A brief overview of the vacuum manifold is as follows:

Universal Vacuum Manifolds:

Versatile for a range of processes, including nucleic acid extraction, solid phase extraction, protein precipitation, QuEChERS, phospholipids removal, Oligo synthesis of deprotection, ammonolysis, and various other applications.

Double-Layer Vacuum Manifolds:

Simultaneously facilitate filtration and extraction for processes such as nucleic acid extraction, solid phase extraction, protein precipitation, phospholipids removal, among others.

Luer-Inlet Vacuum Manifold:

Ideal for large volume nucleic acid extraction and purification.