RFID stickers for Laboratory manufacturer

Introducing our RFID stickers for Laboratory – the perfect solution for efficient and secure sample tracking in deep-freeze and cryogenic environments. These stickers are specifically designed to adhere firmly to cryogenic vials, microtubes, cryo/freezer boxes, plastic bags, and other deep-freeze and cryogenic containers.

With the ability to withstand extended storage in both deep-freeze (-80°C and -20°C) and cryogenic conditions (-196°C), including inside liquid nitrogen tanks, our RFID stickers are built to endure even the most extreme laboratory settings. The strong permanent adhesive ensures excellent adhesion to vials and other containers, maintaining their integrity even at very low temperatures.

One of the key benefits of our RFID stickers is their ability to allow multiple vials to be scanned and read simultaneously, without the need for direct line-of-sight. This eliminates the risk of unwanted freeze-thaw cycles and ensures the preservation of your valuable samples’ integrity throughout the tracking process.

Investing in our RFID stickers for Laboratory means streamlining your sample management, reducing human error, and enhancing overall efficiency in your laboratory operations. Upgrade your tracking system today with our reliable and high-performing RFID stickers.

Features of RFID stickers for Laboratory

Robust Construction: Laboratory RFID tags are meticulously designed to withstand the demanding conditions and challenges presented by laboratory environments, including exposure to chemicals, extreme temperatures, and sterilization processes.Customizable Sizes: These RFID tags can be tailored to various sizes, ensuring adaptability to different containers, tools, and products commonly utilized within laboratory processes.Extended Read Range: Equipped with technology that offers an extended reading distance, laboratory RFID tags enable seamless identification even when direct line of sight is not achievable.Adhesive Versatility: The tags incorporate a range of adhesive options to suit different surfaces and applications, ensuring optimal attachment and performance across various materials.UHF RFID Technology: Operating in the UHF frequency range (typically 860-960 MHz), these tags leverage the benefits of UHF technology, allowing for efficient data transfer and communication.Compliance with Standards: Laboratory RFID tags adhere to international standards such as EPC Class1 Gen2 and ISO 18000-6, ensuring compatibility and interoperability across different systems and devices.Visible Data and Encoding: These tags offer the advantage of visible data printing, making essential information readily accessible. Additionally, they can encode data using UHF technology, facilitating accurate identification without requiring a direct line of sight.
Enhanced Process Efficiency: By enabling precise identification and tracking of laboratory tools, containers, and products, these RFID tags contribute to streamlined processes and heightened operational efficiency.

Resilience and Durability: Designed to endure harsh conditions, including exposure to chemicals and sterilization techniques like autoclaving, laboratory RFID tags maintain their integrity and performance over time.

Versatile Applications: Laboratory RFID tags find utility in various laboratory sectors, including sample management, equipment tracking, and supply chain optimization.

Integration with Printing Methods: Many laboratory RFID tags are compatible with printing methods such as thermal printing or ribbon printing, allowing for customization of internal ICs and memory functions.

Technical Parameters

Products	RFID UHF Anti-Liquid RFID sticker
Frequency	860-960MHz
Protocol	ISO 18000-6C
Chip	MR6
Size	48280.07mm
Material	AL+PET
Storage Temperature	-20~70℃
Operating Temperature	-20~70℃
Capacity	TID 96bits ; EPC 96bits ;USER 0bits