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Specifications:
| Storage Temperature | Room Temperature |
| Product Type | labels |
| Product Brand | Interscience |
| Product Grade | Laboratory grade |
These high-quality thermal transfer labels are specifically designed for use with the Interscience DataLink™ and DataLink™ Pro Petri dish labeling systems. Each roll contains 2,500 adhesive labels precisely cut to 50 × 10 mm, offering excellent edge adhesion and print clarity for reliable sample identification. The labels are applied to the edge of Petri dishes, ensuring clear visibility without obstructing the surface of the agar.
Ideal for laboratories performing microbiological analyses in food, pharmaceutical, cosmetic, and clinical environments, these labels help maintain sample traceability and regulatory compliance when used in conjunction with DataLink’s automated software and printing systems.
Key Features
- Label Dimensions: 50 mm (width) × 10 mm (height)
- Label Type: Adhesive thermal transfer
- Compatible Systems: Interscience DataLink™ and DataLink™ Pro
- Application: Edge labelling of Petri dishes for microbiological traceability
- Quantity: 2 rolls × 2500 labels = 5000 labels total
- Print Quality: Optimized for datamatrix, barcode, and alphanumeric formats
- Packaging: Compact, protective box for storage and transport
Technical Specifications
| Feature | Specification |
|---|---|
| Product Description | Thermal transfer adhesive labels |
| Quantity per Roll | 2500 labels |
| Number of Rolls | 2 |
| Total Labels | 5000 |
| Label Dimensions | 50 mm × 10 mm |
| Printing Technology | Thermal transfer |
| Compatibility | DataLink™, DataLink™ Pro printers |
| Application | Edge labeling of Petri dishes |
| Box Dimensions (W × H) | 18 × 25 cm |
| Gross Weight | 0.47 kg |
| Packaging Format | Sealed roll packaging in box |
These Interscience thermal transfer labels are a reliable consumable for laboratories using the DataLink series for Petri dish traceability. With 5000 labels per pack, they support high-throughput workflows and ensure clear, secure, and compliant sample identification throughout the microbiological analysis process. Their precise 50 × 10 mm size ensures optimal placement and legibility without interfering with plate readings.