AFP

Proving performance early can make or break your development cycle.

AFP partners with clinical diagnostic and genomic systems R&D and system engineers with advanced fluidic components that ensure reliability, accuracy, and repeatability, even in early-stage prototypes.

Industry-leading intelligent rotary shear valve designs and custom manifold assemblies help OEMs develop smarter and faster with fluidic solutions that scale.

Explore the possibilities: https://ow.ly/O6mV50YoPqt.

Chromatography vials may look simple.

But the wrong choice can compromise sample integrity, accuracy, and reproducibility.

Our new briefing outlines what really matters when selecting chromatography vials, including vial types, closures, septa, materials, and the most common lab mistakes.

If you’re working GC, HPLC, or headspace applications, keep this practical reference sheet on hand.

🡆 Get the new briefing, "Choosing the Correct Chromatography Vials: It’s More Important than You Think," at https://ow.ly/krjk50YioXx

Here at Munich — Discover how AFP is making chromatography an exact science with ultra-precise, reliable fluidic components.

Because consistent chromatography results depend on precision, reliability, and analytical integrity.

AFP solutions are engineered to support enhanced workflow, clean fluid handling, and consistent analytical performance:
• Diaphragm and rotary valves
• Diffusion-bonded manifolds
• Chromatography consumables

Let’s discuss further at:
Hall A2 | Booth 517

Welcome to Munich!

And the opening question is: In a busy lab, what challenges are you seeing in your chromatography workflow?

At AFP, our ultra-precise and reliable chromatography components — from diaphragm and rotary valves to diffusion-bonded manifolds and chromatography consumables — support:
✔ Stable flow paths
✔ Clean fluid handling
✔ Long-term reliability
✔ Consistent analytical performance

Stop by Hall A2, Booth 517, and let's discuss the fluidic factors influencing your system's performance.

Are you ready? Tomorrow is Munich.

In chromatography, small fluidic variables can have a measurable impact on your results. Which impacts your lab the most right now?
• Carryover
• Peak integrity
• System reliability
• Downtime

At AFP, we design analytically clean:
• Diaphragm valves
• Rotary valves
• Diffusion-bonded manifolds
• Consumables
Engineered for ultra-precise, reliable performance.

Let's talk about the details behind making chromatography an exact science.
Hall A2 | Booth 517

Discover our advanced diffusion-bonded manifold manufacturing process, which enhances precision and reliability in fluidic systems.

Now, instrument design engineers can achieve even greater durability, reliability, and customization for a wide range of applications, including central lab and point-of-care diagnostics, automation, genomics and proteomics research, microfluidic systems, and DNA sequencing.

Explore more at https://afplifesciences.com/products/manifolds-for-liquid-handling/

Consistent chromatography results depend on precision, reliability, and analytical integrity.

At Munich, discover how AFP is making chromatography an exact science with ultra-precise, reliable fluidic components:
• Diaphragm and rotary valves
• Diffusion-bonded manifolds
• Chromatography consumables

Engineered to support enhanced workflow, clean fluid handling, and consistent analytical performance.

Let’s continue the conversation at:
Hall A2 | Booth 517

Looking to optimize your GC workflow?

Start with AFP Chromsumable™ consumables — high-quality vials, septa, liners, gas filters, and more — exclusively curated for reliable GC performance.

Each selected item supports instrument longevity and minimizes maintenance requirements.

→ Shop now at https://shop.afplifesciences.com/

Underperforming fluidics can limit even the most advanced DNA sequencer.

In this case study, a genomics OEM replaced traditional tubing and fittings with a custom bonded manifold — reducing fluid volume and carryover while increasing throughput and reliability in a smaller footprint.

The result: higher performance with less complexity.

If you design liquid handling systems, this is worth your time.

Read the case study: https://ow.ly/IVW450YoMjf

Advance clinical diagnostic and genomic systems with proven, high-reliability fluidic solutions.

Specify AFP for custom manifolds, rotary shear valves, engineering partnership, and global manufacturing support—all from a single source.

OEMs trust AFP to speed development and lower risk.

Learn more: https://ow.ly/Zcnf50Yejzf.

Precision and accuracy are not interchangeable — especially when evaluating chromatography valve performance.

Even small variations can influence GC instrument results, making careful interpretation essential during valve assessment and supplier selection.

This technical brief examines how both precision and accuracy affect GC system performance, including their role in minimizing contamination and leaks while helping reduce OEM cost and material waste.

Recommended reading for OEM engineers and managers responsible for designing and specifying GC platforms.

Download the brief:
https://afplifesciences.com/download/chromatography-valves-instrument-performance/