LabTAG is a laboratory label brand under GA International, recognized in the international market for its extensive product line and professional cryogenic label solutions. In the domestic market, BRD (博锐迪) offers domestically produced laboratory cryogenic label solutions with comparable performance to meet the diverse needs of local customers.
I. LabTAG Product Overview
The LabTAG product line covers cryogenic labels, cryogenic label sheets, barcode labels, RFID labels and more, widely used in biobanks, clinical laboratories, drug discovery and other fields. Its products are known for low-temperature resistance, chemical resistance, writability and printability.
II. BRD Comparable Solutions
In response to domestic market demand, BRD has developed a series of cryogenic label products that benchmark against LabTAG products in material, specifications and performance:
Cryogenic labels: covering -196 °C to room temperature, suitable for liquid nitrogen, -80 °C freezers and other scenarios.
Color-coded classification labels: available in multiple colors for convenient specimen classification management.
Barcode/QR code labels: support 1D and 2D barcode printing for convenient information management.
RFID labels: support radio frequency identification, suitable for scenarios requiring batch inventory.
III. Advantages of Domestic Solutions
Lower cost: domestic labels are more price-competitive, reducing customer procurement costs.
Shorter lead time: local supply chain responds quickly, shortening delivery cycles.
Flexible customization: size, color, printed content and more can be customized to customer requirements.
Timely service: localized technical support team responds quickly to customer needs.
IV. Application Cases
BRD cryogenic labels have successfully replaced imported products in multiple domestic biobanks and laboratories, earning user recognition.
V. Conclusion
BRD will continue to benchmark against international brands, continuously improving product performance and quality, and providing domestic laboratories and biobanks with higher-quality, more economical and more reliable label solutions.
Related Compliance Standards
The quality requirements of the LabTAG laboratory label solution are implemented with reference to ISO 17025:2017 and ISO 20387:2018; barcode print quality is referenced to ISO/IEC 15416 and ISO/IEC 15415.
Featured Products
For the label materials and application scenarios covered in this article, the following BRD products are available for selection reference (click to view specifications and request a quote):
- MACH4S laboratory equipment liquid nitrogen cryovial microscope slide biobank cryogenic LN₂ label printer (Request a Quote)
- BBP12 Brady laboratory research institution medical biobank cryogenic LN₂ label printer (Request a Quote)
- EOS2/3 biobank label printer medical laboratory cryogenic LN₂ cryovial conical tube microcentrifuge tube (Request a Quote)
- Brady i7500 laboratory research institution medical biobank cryogenic label printer (Request a Quote)
FAQ
Q: Who are LabTAG labels mainly intended for?
They are intended for biobanks, hospitals, pharmaceutical companies and research laboratories, providing specialty label solutions for cryogenic, chemical-resistant and frozen storage applications.
Q: How do LabTAG and BRD work together?
As a local partner, BRD provides localized supply, customization and service support for LabTAG labels to meet the fast-delivery needs of domestic customers.
Q: What does a laboratory label solution typically include?
It includes a complete package of label selection, printing solution (printer/ribbon/software), labeling specifications and barcode scanning verification, rather than a single consumable.
LabTAG Laboratory Label Solution Overview
LabTAG is a label solution for laboratory scenarios, covering cryogenic storage, chemical reagents, microscope slides and microplates. Its approach emphasizes "matching labels to experimental conditions," providing laboratories with a systematic selection reference.
Classification and Application of Laboratory Labels
| Label Category | Application | Key Performance |
|---|---|---|
| Cryogenic labels | -80 °C/-196 °C cryogenic storage | Low-temperature resistance, freeze–thaw resistance |
| Chemical-resistant labels | Xylene, alcohol and other solvent environments | Solvent-resistant, non-fading |
| Microscope slide labels | Pathology sections | Dewaxing temperature resistance, solvent-resistant |
| Microplate labels | PCR/well plates | Thin and lightweight, conformable, batch format |
Laboratory Label Selection Methodology
Laboratory label selection should follow the "conditions first" principle: first clarify temperature, chemical exposure, printing method and adhesion surface, then match the label category and material accordingly, and finally verify through small-batch testing. Verifying adhesion with reference to GB/T 2792-2014 and evaluating barcodes with ISO/IEC 15416 can effectively avoid the risk of "label failure during experiments," ensuring the integrity and reliability of experimental data.
Four-Step Method for Implementing a Laboratory Label Solution
| Step | Key Points |
|---|---|
| Assess conditions | Four dimensions: temperature, chemicals, printing, surface |
| Match labels | Select category and material based on conditions |
| Sample verification | Small-batch testing of cryogenic storage/solvent resistance/barcode scanning |
| Batch application | Bulk procurement after acceptance |
Common Pitfalls in Implementation
The most common pitfall in implementing a laboratory label solution is "selecting labels without verifying conditions"—buying high-temperature-resistant labels while overlooking the match between adhesive and surface, only to find they still fall off. The four-step method moves verification to the front, effectively avoiding batch failures and enabling the label solution to truly serve the reliability of experimental data.
Key Points for Routine Maintenance of Laboratory Labels
| Maintenance Item | Recommendation |
|---|---|
| Label inventory | Protect from light and moisture, first in first out |
| Printers | Regularly clean printheads, calibrate parameters |
| Applied labels | Periodic spot checks and re-scanning to prevent failure |
| Records | Archive retained samples and test reports |
Routine maintenance of laboratory labels is often overlooked, yet it is key to ensuring long-term traceability. Establishing a maintenance system for labels and printing equipment can significantly extend label service life and reduce the risk of failure.