PORTO M750 – TX7014BM750

Optimize your tracking with Hana’s TX7014 Inlays: A superior RFID tagging solution for retail/apparel, industrial manufacturing and agriculture/food production.

PORTO M750 – TX7014B85M750

Optimize your tracking with Hana’s TX7014 Inlays: A superior RFID tagging solution for retail/apparel, industrial manufacturing and agriculture/food production.

PORTO M750 – TX7014BM750-WW

Optimize your tracking with Hana’s TX7014 Inlays: A superior RFID tagging solution for retail/apparel, industrial manufacturing and agriculture/food production.

TX9319AU9

Discover Hana’s TX9313 series inlays: Ideal for global retail & supply chain, excelling on various materials. Versatile, optimized 100 mm / 4 inch form factor, and multiple IC options available.

TX9319A108U9

Discover Hana’s TX9313 series inlays: Ideal for global retail & supply chain, excelling on various materials. Versatile, optimized 100 mm / 4 inch form factor, and multiple IC options available.

TX9319AU9-WW

Discover Hana’s TX9313 series inlays: Ideal for global retail & supply chain, excelling on various materials. Versatile, optimized 100 mm / 4 inch form factor, and multiple IC options available.

TX9319AM750

Discover Hana’s TX9313 series inlays: Ideal for global retail & supply chain, excelling on various materials. Versatile, optimized 100 mm / 4 inch form factor, and multiple IC options available.

TX9319A108M750

Discover Hana’s TX9313 series inlays: Ideal for global retail & supply chain, excelling on various materials. Versatile, optimized 100 mm / 4 inch form factor, and multiple IC options available.

TX9319AM750-WW

Discover Hana’s TX9313 series inlays: Ideal for global retail & supply chain, excelling on various materials. Versatile, optimized 100 mm / 4 inch form factor, and multiple IC options available.

TX9424AU9

Excellent global performance with Hana’s TX9424 inlays: Dedicated to support the global supply chain, industrial sectors, and sports timing, these inlays deliver unprecedented performance in challenging conditions and across various materials.