Slava Artaev reflects on the 30th anniversary of the LECO Pegasus. From a prototype at Pittcon 1996 to a global standard in GC-TOFMS, learn how this “winged horse” took flight.
LECO News, Product Updates, and Announcements
Unlocking the Power of Biofuels: Why Accurate CHNS Analysis Matters
Biofuels offer a cleaner, renewable energy alternative—but understanding their true performance requires precise elemental analysis. Learn how LECO’s CHNS technology delivers fast, accurate measurements of carbon, hydrogen, nitrogen, and sulfur to support quality control, research, and regulatory compliance in the evolving biofuels industry.
Improving Your Cement Production with Optimized Carbon and Sulfur Analysis
From raw material verification to emissions awareness, Carbon and Sulfur analyses play a central role in cement manufacturing. LECO’s SC832 Series gives producers fast, reliable data to optimize the raw mix, reduce variability, and replace outdated wet‑chemistry methods.
We’re Bringing Analytical Chemistry to the Table This Valentine’s Day
From the first pop of a cork to the last bite of chocolate, Valentine’s Day is full of chemistry worth exploring, and LECO has the right tools to do just that. Whether you’re profiling aroma, confirming authenticity, or screening for contaminants, our solutions provide labs with high-resolution separation, confident identifications, and actionable results across a wide range of industries and applications.
From Packaging to Plate: Tracing Contaminants Across the Food Supply Chain
While food packaging is designed to protect the food inside, it can also be a source of contamination. Testing for MOSH/MOAH, Phthalates, and NIAS contaminants is highly important because they have the potential to accumulate in the human body.
Frankincense and Myrrh Explained: Chemistry, Aroma, and GCxGC Analysis
See how GCxGC shows what you’ve been missing with the analysis of frankincense and myrrh essential oils on the Pegasus BT 4D.
Accelerating the Protein Lab Workflow: Automation & Efficiency Tips
Automation can drastically speed up your entire analysis workflow. However, it isn’t just about speed—it reduces human error, ensures compliance with quality standards, and allows protein labs to process more samples in less time.