The Hidden Problem with Tube Labels Every lab relies on tube labels. Whether you’re managing cryovials in a biobank, running PCR assays, or processing clinical samples, accurate labeling is fundamental to everything that follows. Tube labels are the link between a physical sample and the data associated with it, and when that link fails, the […]
Tube Labels: Why Labs Are Moving Beyond Adhesive Stickers Read More »
In laboratory environments where traceability and reproducibility are essential, sample labeling is a foundational process. For many years, the tube label applicator has been the standard method for identifying labware. However, as workflows evolve and automation increases, many labs are reassessing whether this approach still meets their needs. A growing number of scientists are shifting
Why It’s Time to Rethink Your Tube Label Applicator Read More »
Laboratory sample tracking may not be the most visible part of scientific work, but it is one of the most critical. A single mislabeled tube, an unlogged transfer, or a missing freezer location can compromise results, delay projects, or trigger compliance issues. In high-throughput environments, these risks multiply quickly, turning small errors into systemic failures.
Laboratory Sample Tracking: Best Practices for Modern Labs Read More »
The case for moving beyond adhesive labels and what modern labs are doing instead. If your lab relies on a specimen label printer, you’re probably used to the routine: load the labels, print the roll, peel and apply each sticker onto every tube, then hope it stays put through centrifugation, refrigeration, or a long journey
Why It’s Time to Reconsider Your Specimen Label Printer Read More »
Summary Most labs don’t think of their test tube labels as a liability. Not until a sample comes back from negative 80°C storage with a peeled sticker and an unreadable barcode. Adhesive labels fail in cryogenic storage, degrade under autoclave conditions, and smear in water baths, introducing a preventable risk into workflows where sample integrity
Why Your Test Tube Labels Are a Scientific Liability Read More »
You’ve spent weeks collecting samples. You’ve carefully aliquoted them, labeled every tube, and moved them into cryogenic storage. Then, months later, you pull a rack out of the tank and find labels that have curled at the edges, ink that has faded to nothing, or worse tubes that have come completely unidentified. The sample is
Liquid Nitrogen Labels: Why They Fail and What Actually Works Read More »
Cluster tubes are central to modern high-throughput laboratories. From biobanking and compound libraries to genomics and diagnostic workflows, these tubes enable dense sample storage in SBS-format racks while remaining compatible with automation systems and 2D barcode tracking. As laboratories scale and integrate robotics, however, one overlooked vulnerability continues to surface: adhesive labels on cluster tubes.
Cluster Tubes: Why Direct Labeling Is Replacing Adhesives Read More »
Scientific research depends on preserving meaning across experiments, datasets, and time. As workflows grow more complex and collaborative, labeling solutions have become a foundational element of scientific practice. For scientists, labeling is not an administrative chore. Instead, it functions as a methodological process that shapes how researchers record, interpret, and reuse observations, procedures, and conclusions.
Recommended Labeling Solutions for Scientists Read More »
Biorepositories are foundational to modern biomedical research. From longitudinal clinical studies to large-scale genomics and population health initiatives, the scientific value of a biorepository depends on one core principle: unambiguous sample identification over time. As biorepositories scale in size, complexity, and storage duration, traditional labeling approaches increasingly become a source of risk rather than reliability.
Biorepository Sample Identification: Direct-to-Labware Labeling Read More »
In modern laboratories, the humble 2 mL vial is everywhere, from molecular biology and biobanking to analytical chemistry and pharmaceutical R&D. Despite its small size, the way a 2 mL vial is labeled can have outsized consequences for data integrity, reproducibility, regulatory compliance, and overall lab efficiency. A 2 mL vial is one of the
How to Properly Label a 2 mL Vial: Why Adhesive Labels Fail Read More »
For decades, laboratories have relied on handwritten labels, markers, and adhesive stickers to identify samples. While familiar, these manual methods introduce risk, especially as labs scale, workflows accelerate, and data integrity requirements tighten. Today, automated labeling is becoming foundational laboratory infrastructure. Modern labs are moving past sticky labels toward permanent, standardized, and machine-readable identification systems
Automated Labeling in the Lab: Moving Past Sticky Labels Read More »
Accurate labeling of blood tubes is foundational to reliable scientific research and clinical diagnostics. For scientists working with vacutainers and other blood collection tubes, labeling errors can compromise data integrity, delay workflows, or invalidate entire experiments. As sample volumes increase and traceability requirements grow more stringent, traditional labeling methods, such as pre-printed or hand-applied labels,
Advantages of Labeling a Blood Tube with Direct Printing Read More »
When evaluating 1D vs 2D barcode options for laboratory sample tracking, accurate sample identification is essential for data integrity, reproducibility, and regulatory compliance. As sample volumes increase and workflows become more automated, handwritten labels and adhesive stickers can no longer meet the reliability demands of modern research. Barcoding has become the standard for scientific sample
1D vs 2D Barcodes in the Lab: A Complete Guide for Scientists Read More »
High Content Screening (HCS) has revolutionized cell-based assays, enabling labs to probe cellular phenotypes, drug responses, and complex biological processes at large scale. But for all the sophistication of imaging platforms, analyzers, and data pipelines, many labs still handle something very basic in a low-tech way: tube labeling. Whether you’re preparing compound libraries, handling serial
Effective lab labeling is essential for scientific accuracy, sample traceability, and long-term data integrity. Yet many research labs continue to experience preventable errors that compromise experiments. Below are the six most common lab labeling mistakes and how to avoid them. 1. Relying on Handwritten Labels Handwritten labels fade, smear, and often lack enough information for
Common Lab Labeling Mistakes to Avoid in Research Labs Read More »
As laboratories prepare for 2026, the difference between a traditional setup and a truly modern laboratory is no longer defined by who has the newest instrument. It’s defined by whether the workflows supporting the science are clear, traceable, standardized, and automation-ready. And according to the scientists we speak with, the single biggest gap is also
The Modern Laboratory in 2026: What Scientists Are Telling Us Needs to Change Read More »
Recently we’ve been getting a lot of questions from scientists asking the same thing: “What’s the best way to label our syringes so they don’t smear, fall off, or cause confusion?” If you’re running complex workflows, chromatography, sterile injections, dosing studies, animal work, sample prep, you already know: labeling syringes is not a cosmetic problem.
Labeling Syringes in the Lab: It’s Time to Upgrade Your Workflow Read More »
As the fiscal year wraps up, many lab managers face the same question:How do we use our CapEx budget effectively before it expires? Capital expenditure (CapEx) budgets are meant for durable, long-term investments, not consumables or short-term fixes. For research and production labs, how you allocate those funds directly affects operational efficiency, data integrity, and
The Smart Way to Spend Your Lab’s End-of-Year CapEx Budget Read More »
The New Reality for Research Labs Across research, biotech, and public health labs, one challenge keeps coming up: audits are increasing, and inspectors are now requiring proper labeling and traceability for every individual sample tube. For years, many labs got by with informal labeling practices, marking tubes by hand, using shorthand, or tossing them into
How Scientists Strengthen Sample Traceability | Audit-Ready Labeling Read More »
Why Lab Labels Matter in Every Research Environment Every scientist knows that accurate lab labels are essential to good science. From microtubes and cryovials to reagent bottles and PCR strips, clear labeling keeps samples organized, traceable, and error-free. But handwriting and stickers can slow down your workflow. They fade, smudge, or peel off and re-labeling
Lab Labels Made Easy: Print 5 Lines of Text in Seconds Read More »
