Elemental Microanalysis

03/04/2026

Holiday Hours: We are off this Friday and Monday for the Easter holiday. Have a good holiday weekend and we'll talk to you on Tuesday!

03/03/2026

We are excited to be heading back to Munich for analytica 2026!

From March 24–27, Elemental Microanalysis will be exhibiting in Hall A1, Stand A1.124, showcasing our latest laboratory solutions - from sample and encapsulation displays to ICP-MS cone sets, standards, and essential lab accessories.

If you are attending, we would love to reconnect with customers, colleagues, partners, and our global dealer network.

See you in Munich!

25/12/2025

Holiday Hours: Our office will close on Tuesday the 23rd of December and we will return Friday, January 2nd. Have a safe and happy holiday. We look forward to speaking with you in 2026!

22/12/2025

We are honored to help make a difference this holiday season. Thank you to Children’s Hospice South West for the incredible work you do.

15/12/2025

Holiday Hours: You still have time to get your orders in - we'll be shipping through December 22nd!

31/10/2025

Have a spooky good day today!

04/09/2025

At Elemental Microanalysis, it's the dedication, expertise, and creativity of our in-house R&D teams that drive our success. These remarkable individuals go above and beyond every day, pushing boundaries to develop solutions that empower researchers worldwide. Their most recent achievement? The development of our latest range of IRMS water standards, crafted entirely in our UK-based laboratory.

These standards, which blend enriched, depleted, and natural waters sourced globally, reflect an in-depth understanding of the complex isotopic variations found in nature. The result? Precision tools that enable groundbreaking research in fields such as:

🌍 Paleoclimatology
💧 Hydrology
🌊 Oceanography
🔬 Geochemistry

Our enriched water standards also play a crucial role in biomedical research, helping scientists study metabolic rates and energy expenditure with confidence and accuracy. Every product is developed and tested under our ISO 9001:2015 accredited quality system in a UKAS 17025 accredited laboratory—a testament to the meticulous work our team delivers each day.

We are incredibly proud of their contributions, which make a real difference in scientific discovery and innovation across the globe. Thank you for your hard work, dedication, and innovative spirit—you are the heart of Elemental Microanalysis.

Discover More Here: https://loom.ly/zMALtRA

25/08/2025

Holiday Hours: Our office is closed today for the summer holiday! We hope you enjoy the day off and we look forward to helping you on Tuesday.

26/05/2025

Holiday Hours: Our team is off enjoying the bank holiday. We hope you do as well! (Online ordering is available and our team will be delighted to speak with you on Tuesday.)

16/05/2025

We are thrilled to recognize the groundbreaking work of the R&D team at Elemental Microanalysis in the development of the B2251 Synthetic Sediment Standard, the first in a new series designed for Isotope Ratio Mass Spectrometry (IRMS) and Total Organic Carbon (TOC) analysis.

Driven by a commitment to excellence, the R&D team has created a reference material that replicates the elemental composition of natural sediment using carefully selected mineral and chemical ingredients, offering a tailored solution to meet specific matrix requirements. The team’s innovative approach brings key advantages, including greater batch-to-batch consistency, fewer regulatory hurdles, and simplified global shipping - transforming the way labs approach sediment and soil analysis.

As Elemental Microanalysis continues to push the boundaries of research and development, the R&D team is already planning the expansion of the synthetic sediment standard range in 2025. A huge thank you to the R&D team for their dedication in making these innovations a reality.

https://loom.ly/D322BMo

Announcing B2251 – tailored composition, consistent results Elemental Microanalysis, a global leader in elemental analysis supplies, has introduced the first in a new series of synthetic sedimen...