The 5 HPLC systems scientists viewed and reviewed most this year

High‑performance liquid chromatography (HPLC) is a foundational analytical technique used across pharmaceutical development, biotechnology, environmental testing, and food safety to separate, identify, and quantify components within complex samples. Its precision, sensitivity, and versatility make HPLC essential for workflows such as small‑molecule analysis, impurity profiling, formulation testing, and biomolecule characterization.

As regulatory expectations rise and sample complexity increases, innovations in HPLC and UHPLC systems are critical for delivering reproducible, high‑quality data at scale.

To help scientists navigate this evolving landscape, we have identified the five most viewed and reviewed HPLC on SelectScience^® in 2025. These instruments stand out for their performance, usability, and real‑world impact across laboratory environments.

We have also highlighted the distinctive features of each system, from sustainability and precision to robustness and throughput, providing clear, at‑a‑glance insights for teams evaluating their next chromatography investment.

1. Sustainability driven – Agilent Analytical HPLC Systems

Agilent’s Infinity HPLC and UHPLC portfolio demonstrates how sustainability can be woven directly into high-performance chromatography. These systems are engineered to reduce solvent consumption, energy use, and waste generation, helping laboratories meet environmental goals without compromising analytical quality. By pairing durable components with intelligent diagnostic tools, Agilent offers a practical route to greener chromatography, while delivering reliable separations with a smaller environmental footprint and improved long-term operational efficiency.

"Agilent HPLC system is state-of-the-art equipment for routine drug analysis."

Muhammad Ajmal, National Forensic Science Agency, Jan 2025

2. Exceptional flow precision – ChroZen HPLC

The ChroZen HPLC system excels through its highly precise FlowMaster™ technology, delivering the stable, accurate flow rates essential for reproducible chromatography. This consistency enhances retention time stability, peak shape, and quantitation, reducing variability across long sequences and complex gradients. Such precision strengthens data integrity and supports easier method transfer, making the system particularly valuable in regulated environments.

For laboratories where reproducibility is paramount, the ChroZen‑ HPLC from YOUNG IN Chromass offers dependable performance that underpins confident decision making and robust analytical outcomes.

"Happy with the purchase and the support."

Asisipo Fodo, ACTI-CHEM SA (PTY) LTD, May 2025

3. Eco-friendly & low energy operation – i-Series Integrated (U)HPLC Systems

The i‑Series UHPLC systems from Shimadzu show how eco‑conscious engineering can fully support demanding analytical workloads. Their low‑energy operation, efficient heating, and sustainable material choices help laboratories reduce power consumption and better manage operational costs. At the same time, the systems deliver the high sensitivity, speed, and robustness expected from modern UHPLC platforms. Integrated automation further streamlines workflows, reducing manual steps and overall resource use.

For labs committed to greener practices without compromising performance, the i‑Series offers a balanced, forward‑thinking approach to UHPLC.

"Excellent piece of instrument."

Gunasekar Manoharan, Apicore, July 2025

4. Long-term robustness – Alliance HPLC – e2695 Separations Module

The Alliance^® e2695 from Waters, is widely recognized for its long‑term robustness, making it a trusted choice for routine and regulated workflows. Its durable design supports continuous operation with minimal downtime, delivering consistent flow stability and reliable separations across thousands of injections. This reliability helps maintain method continuity, reduces maintenance‑related interruptions, and supports high‑throughput environments such as QC laboratories.

For teams that rely on predictable, repeatable performance, the e2695 offers a stable foundation for long‑term analytical success.

"Fantastic system for R&D ADL."

Ankur Sheth, Atul Ltd, April 2025

5. Maximized productivity – Thermo Scientific Vanquish Duo UHPLC System for Dual LC

The Thermo Scientific™ Vanquish™ Duo UHPLC system stands out with its dual independent flow paths, enabling laboratories to double throughput within a single compact footprint. This architecture supports parallel methods, accelerated screening, and flexible workflows such as quantitation paired with confirmation. With each channel operating independently, the system maximizes instrument utilization and shortens turnaround times.

For labs facing rising sample volumes or demanding project timelines, the Thermo Fisher Scientific Vanquish Duo offers an efficient way to expand capacity and enhance productivity without increasing bench space.

Do you use this instrument in your lab? Help others by sharing your own experience and leave a review.

What HPLC makes possible?

HPLC has been central to some of the most important analytical breakthroughs of the past decade, enabling scientists to tackle increasingly complex molecular questions with confidence. Recent advances show just how transformative modern HPLC technologies have become. For example, innovations in bio‑inert column design have helped researchers overcome long‑standing challenges in complex lipid analysis, improving recovery, reducing adsorption, and revealing lipid species that were previously difficult to detect. Similarly, the emergence of smart column technologies and open‑science method sharing has accelerated progress in PFAS analysis, supporting faster method development, greater reproducibility, and more sensitive detection of these persistent environmental contaminants.

Looking ahead, HPLC is moving toward greater automation, higher sensitivity, and more sustainable operation. Smarter columns, intelligent diagnostics, and AI-supported optimization are making workflows easier, data more consistent, and throughput higher, all within the same compact footprint. Greener solvent strategies and energy-efficient designs are also helping laboratories meet sustainability goals.

As sample complexity rises and regulatory expectations tighten, the next generation of HPLC technologies will focus on delivering faster, more reliable, and more environmentally conscious workflows, enabling scientists to push analytical boundaries even further.

Ready to choose your next HPLC system?

For readers seeking deeper expert insight into choosing the right chromatography platform, our How to Buy HPLC Technology Guide offers practical advice to support informed decision‑making. It breaks down the key considerations that matter when evaluating HPLC and UHPLC systems, from performance requirements and detector options to workflow compatibility, service needs, and long‑term scalability.

Whether you are upgrading existing equipment or investing in a new system, the guide provides a structured framework to help you navigate the market with confidence and select the solution that best fits your laboratory’s analytical goals.

FAQs

How long does it take to read this article?

The estimated reading time is 4-6 minutes.

Where can I see HPLC product reviews from scientists?

You can find independent, peer-reviewed product reviews from scientists in the UHPLC and HPLC directory. These reviews provide real-world insights into instrument performance and usability.

Where can I get more information on these products?

Explore the full range of instruments in our UHPLC and HPLC Product Directory and download our How to Buy HPLC Technology for expert advice on selecting the right system for your workflow.