Our Story
Mission
Our mission is to provide novel technologies that increase sample preparation efficiencies, and create automated solutions for laboratories that are easy to customize and implement with any workflow or method.
Vision
Solving problems with chemistry is the core of what we do. Our vision is to empower scientists by offering versatile products that can integrate with any workflow or method. #CREATINGPOSSIBILITIES
Quality
We are committed to continual improvement of the quality system, with the goal of developing, manufacturing, and delivering products with the highest level of customer satisfaction.
Our Founder
As president and CEO of DPX Technologies, Dr. Brewer (Bill) leads a biotechnology company focused on providing creative solutions for complex sample preparation.
Bill originated the idea for a solid-phase extraction device while working for the S.C. Law Enforcement Division as a forensic toxicologist. His goal was to streamline sample preparation by transferring liquid samples and performing extractions within a pipette tip. Dr. Brewer obtained a patent for a “Disposable Pipette Extraction” (DPX) device in 2000. This flagship technology has since been improved and rebranded as Dispersive Pipette XTRaction.
Latest News
High-throughput Size Exclusion, Total Workflow Flexibility
ONE UNIFIED PIPETTE TIP PORTFOLIO for Automated Biomolecular Cleanup The Biotage SEC pipette‑tip portfolio gives discovery chemists complete control over how they automate size‑exclusion chromatography. With support for [...]
INTip Size Exclusion Chromatography for Proteomics Sample Preparation
Learn about how INTip Size Exclusion Chromatography works and best-fit applications. Introduction to Gel Filtration Size Exclusion Chromatography (SEC) Gel filtration chromatography is a traditional method used to separate molecules [...]
SLAS Solution Spotlight: Bead-free DNA Cleanup and Size Selection
Bead-Free Automated Cleanup and Size-Selection with DPX INTip Solutions for NGS Library Preparation NiXTips® from DPX Technologies offer a streamlined alternative to magnetic bead-based methods by integrating proprietary silica media directly into [...]