Christmas Sale [printed&encoded Label] Dogbone M730 3,000pcs/reel For Men [dUWziSco]

High-Quality DogBone M730 Labels

The DogBone M730 labels are designed to meet the demands of the global supply chain, logistics, and sports timing industries. These labels offer exceptional performance in challenging environments and on materials that are difficult to tag, making them a reliable choice for a wide range of applications. With their superior tolerance against detuning effects of high dielectric materials, they ensure accurate tracking and efficient operations.

• Chip: Impinj M730 for enhanced performance
• Frequency Band: UHF (860-960 MHz) for broad compatibility

Comprehensive Product Specifications

The DogBone M730 labels come with a range of specifications that make them ideal for various applications. Each label features a 94 x 24 mm (3.70 x 0.90 in) antenna dimension and a die cut dimension of 97 x 27 mm (3.82 x 1.06 in), ensuring optimal placement and visibility. With 128 bits of EPC memory and available TID memory, these labels provide ample space for encoding and tracking. The labels are available in reels of 3,000 pieces, offering convenience and efficiency in inventory management.

• Antenna Dimensions: 94 x 24 mm / 3.70 x 0.90 in
• Die Cut Dimensions: 97 x 27 mm / 3.82 x 1.06 in
• EPC Memory: 128 bits
• TID Memory: available

Applications and Benefits

The DogBone M730 labels are versatile and suitable for a variety of uses. Whether it's for supply chain management, logistics operations, or sports timing applications, these labels provide the necessary tools for efficient tracking and management. Their robust performance and durability make them an excellent choice for businesses and organizations looking to streamline their processes and improve accuracy. With Avery Dennison's reputation for quality and reliability, the DogBone M730 labels are a trusted solution for those seeking top-notch RFID label technology.

• Applications: Global supply chain, logistics, sports timing
• Benefits: Superior performance in demanding environments, good tolerance against detuning