New mini HF RFID from Turck: M12 read/write heads and 4×3 mm in-metal tags
Turck introduces a new HF RFID solution: compact read/write heads in an M12 housing (12 mm threaded design) combined with a miniature 4×3 mm in-metal tag. The solution reliably identifies very small metal objects – even in extremely confined spaces – and supports applications ranging from counterfeit protection to investment protection.
Mini tag as a digital nameplate
The 4×3 mm in-metal tag with NXP SLIX2 chip offers 316 bytes of available memory and password protection. It functions as a digital nameplate: manufacturer data, technical specifications, and service and adjustment histories can be stored directly on the component for unique component identification and piracy prevention.
Flexible mounting, efficient networking
The M12 read/write heads are available in versions for flush and non-flush mounting – each in standard operation or for RF bus mode. In bus mode, multiple heads can be connected in a line topology, which significantly reduces wiring effort and installation costs.
Typical applications
Woodworking machines
CNC machines and toolmaking
Packaging technology
Electronics manufacturing
Technical specifications
Protection class IP67
M12 housing (compact, robust)
In-metal tag 4×3 mm, can be used directly on or in metal
NXP SLIX2, 316 bytes, password function
Standard operation or HF bus mode (line topology)
Customer benefits at a glance
Reliable identification of even the smallest metal parts in the tightest spaces
Digital nameplate for unique assignment and life cycle data
Investment protection through effective piracy prevention
Fast, cost-efficient integration thanks to HF bus mode and in-metal tag
Turck's Mini HF RFID combines compact M12 design, industrial robustness, and integrated safety – ideal when precision and space savings are equally important.
The experts at Turck are available for personal consultation. Contact us.
Further information can be found on the Turck website under"Miniature RFID read/write heads and tags."
