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Advance chromatography workflows with durable, precision labeling solutions that endure harsh solvents, repeated handling, and demanding analytical conditions. Designed for compatibility with GC, HPLC, and LC-MS systems, these options ensure accurate sample identification throughout the process. Deliver consistent, high-quality results by maintaining traceability, minimizing errors, and supporting reliable performance from autosampler loading through final data analysis.
Chromatography workflows rely on vials and closures that endure solvents, temperature shifts, and automated sampling. Reliable identification is critical in HPLC, GC, and LC-MS applications, where sample loss or misreads compromise results. Autosampler, headspace, amber, and recovery vials require solvent-resistant labels or pre-marked identifiers to safeguard traceability and accuracy across demanding analytical runs.
Autosampler vials require identifiers that endure solvents, repeated injections, and mechanical handling.
High-contrast labels and pre-barcoded options protect sample integrity during routine chromatography workflows.
Blank kits, serialized ranges, or pre-marked vials support traceability across high-throughput and small-batch studies.
Headspace vials hold volatile samples that demand solvent-resistant, high-clarity identifiers.
High-resolution barcodes safeguard tracking during headspace workflows, even under GC conditions.
Pre-barcoded sets, blank label kits, or serialized identifiers deliver flexibility and accuracy for regulated volatile analysis.
High recovery vials preserve valuable compounds while identifiers must withstand solvents, repeated pipetting, and frequent handling.
Ensure reliable scans during workflows focused on low-volume recovery and trace analysis.
Options include ultra-high recovery vial sets, serialized identifiers, or blank labels supporting precise compound tracking.
Amber vials protect compounds from photodegradation, but identifiers must endure solvents, refrigeration, and repeated use.
Labels safeguard clarity on dark surfaces, preventing tracking failures in light-sensitive studies.
Blank solvent-resistant labels, pre-marked amber vials, or serialized identifiers ensure traceability during sensitive compound analysis.
Bottom markings maximize compatibility with autosamplers, supporting accurate reads without interfering with caps or septa.
Identifiers include 2D barcodes, serialized codes, or color dots for streamlined analysis.
Solvent-resistant constructions preserve clarity, ensuring dependable traceability through repeated handling and high-throughput runs.
Request a sample of chromatography vial labeling solutions, including solvent-resistant kits and pre-marked options, to strengthen traceability across workflows.
Labels and markings withstand aggressive solvents, repeated injections, and refrigerated storage, ensuring identifiers remain clear and scannable throughout HPLC, GC, or LC-MS analysis.
Bottom-applied 2D barcodes, serialized ranges, or color dots integrate seamlessly with automated readers, reducing read errors and keeping throughput consistent.
Options include blank solvent-resistant kits, pre-marked autosampler vials, or serialized recovery and amber vials, ensuring traceability across a wide range of chromatography workflows.
Chromatography requires unique identifiers that endure solvents, refrigeration, and high-throughput autosamplers. Options include blank solvent-resistant labels for in-house printing, pre-marked vials with serialized ranges, or customized pre-printed labels. Ordering is simple, whether for routine runs or specialized assays requiring strict traceability.
Thermal transfer labels pair with compatible transfer ribbons for chromatography labeling workflows. Reliable on vials, plates, or bottles, these labels ensure compatibility with GC, HPLC, and LC-MS conditions.
Professionally pre-printed labels allow detailed layouts, vibrant colors, and serialized data for autosampler vials, plates, or reagent bottles. These constructions withstand solvents, repeated handling, and high-throughput conditions.
Autosampler vials, headspace vials, or high recovery vials supplied pre-barcoded and ready to load. 2D barcodes or alphanumerics ensure reliable tracking from storage through injection into analytical instruments.
2D barcodes on vial bottoms integrate seamlessly with autosampler trays, ensuring precise positioning and accurate tracking across GC and HPLC workflows.
Alphanumeric sequences, lot codes, and assay identifiers support reliable correlation of chromatography results with specific samples and experimental runs.
Color rings or dots on vial bottoms simplify organization of high-throughput LC-MS or fraction collection, improving efficiency during complex analysis.
When printing labels in-house, reliable printers and applicators keep workflows running efficiently. Thermal transfer printers produce durable images, while automated applicators ensure precise placement on tubes, vials, or plates. Pairing the right equipment with the right labels supports accuracy, reduces errors, and accelerates drug discovery workflows.
Printing and applying labels in-house requires dependable equipment designed for laboratory demands. Thermal transfer printers deliver crisp, durable barcodes and text for cryogenic, chemical-resistant, and general-use labels. Automated applicators, such as those for tubes or plates, enhance consistency by reducing variability and increasing throughput. Whether labeling high volumes or specialized formats, the right equipment ensures accuracy, speed, and seamless integration into sample processing workflows, while pre-printed labels remain available for labs preferring a ready-to-use solution.
Label constructions built for equipment compatibility
Label design and printing software options
Thermal transfer ribbons matched to materials
Durable imaging for harsh environments
Thermal transfer printers create long-lasting identifiers on blank label kits. Combining precision with durability, they produce clear barcodes and text that withstand demanding environments, including cryogenic storage and chemical exposure.
Automated label applicators from providers like cab and Scinomix streamline labeling. Designed for tubes, vials, and plates, these systems improve accuracy, support high-throughput operations, and minimize errors associated with manual labeling.
Fully automated tube labeling system that handles high volumes with precision. Enhances throughput and reduces human error in sample accessioning.
Compact tube labeler designed for lab automation workflows. Supports vertical orientation and robotic handling with precision application.
Automated plate labeling system ensuring consistent barcode placement. Ideal for high-throughput laboratories managing extensive plate libraries.
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