laboratory labels
Laboratory labels that perform on all labware.
Laboratory labeling demands consistency across diverse labware, workflows, and environmental conditions. Labels must support reliable identification on tubes, plates, slides, and containers while maintaining data integrity, automation compatibility, and long-term readability in real labs.
Print-on-demand.
Print labels as needed using blank label kits and thermal transfer ribbons with flexible, real-time data.
Pre-printed.
Get durable labels with professionally printed barcodes and guaranteed unique sequences and custom designs.
Pre-barcoded.
Receive pre-barcoded labware and vials ready to use, with optional tare weighing, sorting, and packaging services.
Laboratory barcode labels for every application.
Different laboratory applications demand specific laboratory labels engineered for size, placement, and barcode performance. Tube labels, microplate labels, microscope slide labels, and cap labels each present unique constraints. Precision labeling ensures laboratory labels remain scannable, legible, and securely applied across diverse laboratory workflows.
Tube Labels.
- cryovials, pcr tubes, glass vials
Laboratory labels for tubes and vials, engineered to withstand demanding lab processes, environments, and storage conditions. Label plastic tubes, glass vials, microcentrifuge tubes, PCR strips, and other laboratory sample containers.
- Reliable adhesion to small diameter tubes
- Print-on-demand or pre-printed tube labels
- Automation-compatible formats available
Microplate Labels.
- skirted plates, 96-well plates, 384-well plates
Microplate labels for laboratories, engineered for secure identification across demanding workflows and storage conditions. Label PCR plates, cell culture plates, assay plates, and any other laboratory microplates with durable barcode labels.
- Precise identification for laboratory plates
- Supports automated tr4acking workflows
- Print-on-demand or pre-printed microplate labels
Microscope Slide Labels.
Durable microscope slide labels designed for reliable specimen identification through staining, chemical exposure, temperature changes, handling, processing, and long-term laboratory storage.
Laboratory Bottle Labels.
Laboratory bottle labels provide reliable identification for culture media, buffers, reagents, prepared solutions, and other materials throughout storage, handling, and routine use.
Specimen Jar Labels.
Reliable specimen jar labels designed for accurate sample identification and tracking throughout collection, handling, processing, transport, and storage in demanding laboratory environments.
Custom Laboratory Labels.
- custom fit
- engineered materials
- flexible printing
Don’t see what you’re looking for? Get custom laboratory labels built for your labware, workflows, and conditions.
Custom die-cut sizes, shapes, and formats
Adhesives, coatings, and laminates for labs
Pre-printed, partial, or on-demand
Achieve consistent, reliable sample identification with high-performance laboratory labels for real laboratory conditions.
Advanced laboratory barcode solutions.
Laboratory barcode solutions support accurate sample identification and tracking across research, clinical, diagnostic, and biobanking workflows. Custom barcode labels accommodate unique identification requirements, specialized data structures, and high-volume laboratory processes. Configure barcode data around existing systems and workflows, or source pre-barcoded labware ready for immediate use in sample collection, processing, storage, and testing.
unique ids
Assign unique barcode identifiers to individual samples, specimens, tubes, vials, and plates. Serialized laboratory barcode labels maintain distinct identities across large batches and complex sample tracking workflows.
prefixes & suffixes
Build required prefixes, suffixes, numbers, letters, and other identifiers into laboratory barcode sequences. Custom data structures align barcode labels with established laboratory identification systems and naming conventions.
pre-barcoded labware
Source tubes, vials, plates, and other labware with barcodes already applied or directly marked. Pre-barcoded labware reduces in-house preparation while providing consistent, ready-to-use sample identification.
Eliminate duplicate laboratory barcode IDs.
Controlled barcode sequences prevent duplicate identifiers and protect the integrity of sample and specimen identification across batches.
Maintain sample identity through long-term storage.
Durable laboratory barcode labels remain attached and readable through demanding laboratory handling, processing, and long-term storage conditions.
Ensure reliable barcode scanning throughout workflows.
Consistent barcode quality supports dependable scanning across laboratory instruments, handheld scanners, automation, and sample tracking processes.
Pre-Barcoded Labware.
- direct marked labware
- Labware Prepâ„¢ Services
Pre-barcoded labware arrives with unique identifiers already applied or directly marked on tubes, vials, plates, and other laboratory products.
Serialized laboratory barcodes
Permanent and semi-permanent marking
Additional prep services available
Move barcode preparation upstream with pre-barcoded labware configured for your identification requirements and laboratory workflow.
Durable laboratory labels to protect critical data.
Durable laboratory labels must resist chemical exposure, sterilization cycles, cryogenic storage, and repeated handling. High-performance laboratory labels prevent smearing, fading, and adhesive failure while preserving barcode integrity. When identification accuracy matters, durable laboratory labels protect critical data in demanding laboratory environments.
cryogenic labels
Biobanks and research labs store samples at -20 °C, -80 °C, and in liquid nitrogen at -196 °C. Labels must remain flexible through rapid temperature shifts and repeated freeze–thaw cycles. Frost, condensation, and gloved handling add stress to small labware formats. True cryogenic resistance protects long-term sample traceability in extreme storage conditions.
chemical-resistant labels
Laboratory labels face alcohol wipe-downs, bleach disinfection, xylene staining, DMSO exposure, and daily reagent contact. Technicians handle plates, slides, tubes, and racks while solvents splash and evaporate across surfaces. Labels must protect printed data from smearing or fading. Strong chemical resistance preserves sample identification through repeated cleaning and processing.
autoclave labels
Many labs sterilize glassware, microplates, racks, and prep materials at 121 °C under saturated steam and pressure. These cycles combine heat, humidity, and mechanical stress that quickly expose weak constructions. Labels must maintain adhesion and protect print clarity before and after sterilization. Reliable performance keeps materials traceable through microbiology and clinical workflows.
Automation-compatible labels for high-throughput labs.
Ensure consistent placement and smooth dispensing in high-throughput workflows using labels engineered for automated applicators and precise alignment.
Self-laminating laboratory labels for print-on-demand durability.
Protect barcodes and critical data with wrap-around and overlaminating constructions that seal the print beneath a clear protective layer.
Small-format labels for challenging labware sizes and surfaces.
Deliver reliable scanning on tube caps, microtubes, slide tabs, and tight labware surfaces with labels engineered for extreme size constraints.
Facestocks
Laboratory label face stocks determine dimensional stability, chemical resistance, and print performance. Common constructions include polypropylene, polyester, and polyethylene, each selected based on temperature exposure, surface conformity, and long-term durability. Polyester offers superior thermal stability and resistance to shrinkage, while polypropylene provides flexibility and chemical resistance. Face stock selection directly affects peel strength, print clarity, and resistance to delamination under handling and storage conditions.
Adhesives
Adhesives drive bond performance across laboratory surfaces and environments. Common adhesive systems include rubber and acrylic formulations, such as acrylic solvent and acrylic emulsion adhesives. Rubber adhesives deliver aggressive initial tack, while acrylic systems provide long-term shear strength, chemical resistance, and thermal stability. Adhesive selection depends on surface energy, application temperature, operating temperature, and dwell time requirements to ensure reliable adhesion without edge lift or adhesive failure.
Coatings & Laminates
Protective coatings and laminates enhance label durability and resistance to chemicals, abrasion, and handling stress. Pre-printed labels can incorporate advanced topcoats, overlaminates, or specialty finishes during production. Print-on-demand workflows also support self-laminating label constructions, where a clear laminate is applied after printing to protect barcodes and text. These options improve legibility and extend label life in demanding laboratory environments.
Inks & Ribbons
Print durability depends on precise compatibility between label materials, ribbons, and printers. All blank laboratory labels are paired with compatible thermal transfer ribbons selected for resin content, abrasion resistance, and chemical durability. Ribbon choice affects barcode edge definition, smear resistance, and image longevity. Compatibility across the label, ribbon, and printer is critical to prevent print failure, premature wear, or reduced scan performance.
Shapes & Sizes
Laboratory label performance depends heavily on size, geometry, and die-cut precision. In addition to standard rectangular formats, labels can be produced in custom sizes, complex die-cut shapes, and non-traditional formats such as flag labels or wrap configurations. Extremely small labels, tight tolerances, and specialty geometries support challenging labware surfaces and constrained application areas. Standard shop offerings represent common use cases, while custom formats address demanding labeling requirements.
Regulatory compliance
Many laboratory label constructions meet common regulatory requirements, including FDA 21 CFR 175.105 for indirect food contact adhesives and RoHS 2011/65/EU for restricted substances. Compliance depends on the complete label construction, including face stock, adhesive, inks, and coatings. Labs with specific regulatory or documentation needs should confirm requirements during label selection to ensure appropriate material and compliance alignment.
Shop laboratory labels.
Browse a selection of laboratory label products, including print-ready thermal transfer label kits and pre-barcoded labware. Products shown support common labware such as tubes, microplates, and microscope slides. If a required format or construction isn’t shown, request a custom laboratory label.
Let’s get labeling.
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