Do you know the differences among some of the most widely used epigenomic analysis methods? In part 1 of our series, we summarize the important points and provide references for…
Our microparticles support discovery & innovation
In medical devices & diagnostics, in biotech & biopharma, and in your life science applications
Speed balanced with high-yield DNA recovery.
Unlike silica column-based nucleic isolations, the internal core of Magnefy™ Mach I Silica quickly isolates nucleic acids using simple magnetic separation.
Precision you can trust.
Our NIST®-Traceable Particle Size Standards are monodisperse polystyrene spheres available in diameters ranging from 40 nm to 175 µm.
Glow tells all.
Our Quantum™ MESF and Quantum Simply Cellular® beads standardize fluorescence intensity units irrespective of cytometer and software.
Your Process, Our Support
Bangs Laboratories, Inc. manufactures microsphere-based reagents and analytical instrument calibrators for medical diagnostics, biopharma, clinical labs, and other life sciences applications.
With more than 35 years of experience in microsphere synthesis and fine particle analysis, we are established as a leading manufacturer of polymer, silica and magnetic microspheres for diagnostic companies and instrument manufacturers. We understand what it takes to get new assays and instruments to market, and we have the products and the know-how to support you in your development process.
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Products Customized To Your Specifications
With the potential to supply products across a gamut of biological research applications, our current offerings may not fit your needs.
Therefore, we strive to provide the specialized product you want through our Custom & OEM.
Blog
Explore the latest stories in diagnostics, biopharma, and life-science innovation.
“Untangling” how a cell’s chromatin architecture influences its function is a rapidly evolving field. Read how CUT&TIME, identifies regions of open chromatin by adding an "indelible mark" that captures the…
A novel procedure, described in Global Mapping of Combinatorial Chromatin Regulatory Events Using Hi-Plex CUT&Tag, by Liao, et al. (2025), deciphers the location of multiple chromatin regulatory factors, creating an…
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