NanoPak‑B is Millennial Scientific’s new product suite of fast‑flow, mechanically rigid biologic carbon microbeads with tunable micron‑scale pores and porosities. Designed for large biomolecules such as viral vectors, lipid nanoparticles, and complex nucleic‑acid assemblies, NanoPak‑B offers base matrices and ion‑exchange formats to help teams evaluate capacity, purification performance, and packed‑bed mechanics in an early access cohort.

Bridging analytical and preparative HPLC, this blog shows how NanoPak‑C all‑carbon columns withstand tens of thousands of column volumes at pH 8.5 in GLP‑1 methods. By expressing alkaline-pH exposure in column volumes, we model NanoPak‑C stability for scale-up from analytical to semi‑prep and prep purification of Semaglutide, Liraglutide, and other peptide drugs.

Explore how NanoPak‑C all‑carbon HPLC columns separate Tirzepatide under both acidic and alkaline conditions, delivering sharp peaks, predictable retention times, and robust performance. This application‑driven blog highlights method conditions, pH effects on tirzepatide retention, and practical advantages for process development, purification, and QC teams working with GLP‑1–class peptide therapeutics.

Eight years of real experiments, real batches, and real operational decisions — that is the foundation of our materials informatics system. We are building AI/ML on top of 1,000+ synthesis batches spanning 25 distinct chemistry families, because in physical materials science, diversity of data beats volume. This is what the foundation of an AI-native discovery engine looks like when it is built on real complexity.

Electrochemically modulated liquid chromatography (EMLC), also called digital liquid chromatography, uses applied voltage to dynamically tune analyte retention on all-carbon microbeads. This voltage-tunable platform enables smarter sample cleanup, selective PFAS capture, streamlined multi-omics workflows, and RNA critical quality attribute testing. All on one conductive stationary phase. Explore how Millennial Scientific's all-carbon EMLC platform is advancing separations acr

High-temperature HPLC improves mass transfer, reduces retention times, and controls difficult analyte behavior — but only if the stationary phase can handle the heat. NanoPak-C All-Carbon columns, based on porous graphitic carbon media, are evaluated for demanding reversed-phase workflows from cyclosporine analysis at 80 °C to illicit drug salt identification and oligonucleotide separations. Learn how all-carbon media can support robust, repeatable high-temperature LC methods

NanoPak-C All-Carbon capillary HPLC columns offer porous graphitic carbon selectivity for glycans, glycopeptides, PTM-rich peptides, and polar metabolites in nanoLC–MS proteomics workflows. In an independent head-to-head comparison with commercial PGC and C18, NanoPak-C showed sharper peaks, faster column stabilization, and a cleaner MS baseline. Read our technical note and blog to learn where all-carbon media fits in bottom-up proteomics.

NanoPak‑C is our new class of 3D‑printed carbon monoliths designed for miniaturized biologics chromatography. Built from proprietary all‑carbon microbeads, these microstructured devices retain a microwell‑plate format while enabling high‑performance solid‑phase extraction and chromatography of proteins and other complex biologics from ultra‑low‑volume samples.

Proteomics labs increasingly push LC–MS systems to their limits, yet sample prep is often constrained by media that are suboptimal for today’s harsh conditions, complex matrices, or high-sensitivity PTM analysis All‑carbon microbeads with tunable pore size and surface chemistry offer a way to decouple capacity from “stickiness” so you can match the bead to the biology, not the other way around.

In 2025, Millennial Scientific made substantial progress. We introduced new products, advanced our sustainability efforts, and expanded our technical capabilities. Below is our End-of-Year Review. New product innovations: We launched two major product lines for biologic purification: NanoPak-C All Carbon Perfusion Microbeads and scalable, custom NanoPak-C Monolith Media . These products improve purification efficiency for large biologics, including protein complexes, exosome

Millennial Scientific has expanded its manufacturing capabilities to produce scalable custom 3D monolith Figure 1. Digital images of...

Millennial Scientific has developed a suite of novel NanoPak-C All Carbon perfusion microbeads, designed for the purification of...

What are perfusion media? Perfusion media are a type of chromatography media that resembles conventional spherical porous microbead...

This blog discusses our white paper that compares the recovery rates of 15 organochlorine pesticides (OCPs) using NanoPak-C solid-phase extraction (SPE) with those obtained from commercially available GCB SPE media.

Per- and polyfluorinated alkyl substances (PFAS) are synthetic chemicals widely used in industrial processes and consumer products. ...

This blog explains how our technology enables us to collaborate with customers to create customized microbeads that meet their specific sepa

End-of-life waste management of chromatography operations includes the disposal of the stationary phase media and solvents (water and...

We had an exciting year! Here’s a look back at 2024 at Millennial Scientific. We were recognized as a Deeptech Pioneer by Hello...

In this blog, we quantify the potential of our products to reduce greenhouse gas (GHG) emissions.

pH-dependent aggregation behavior of peptides. In a previous blog post, we delved into the complex issue of peptide and protein...