UHF (860-960 MHz): Best for bulk reading and inventory visibility (e.g., scanning an entire dirty linen cart at once). Provides long-range, fast reads.

HF (13.56 MHz): Best for single-item, precision transactions (e.g., employee uniform check-out/check-in kiosks). HF offers shorter, highly reliable read ranges, minimizing the chance of reading adjacent tags—ideal for high-value garment management systems.
Our Expertise: We recommend a hybrid system for uniform tracking: UHF for bulk inventory audit/shipping and HF for dispensing/return points.

Read reliability is primarily determined by three factors: the Antenna Design, the Chip’s Read Sensitivity, and the Tag’s Detuning Resistance. Our tags feature specialized dipole antennas optimized for textile environments and utilize high-sensitivity chips (e.g., Impinj M700 series). Crucially, the tag structure is engineered to resist detuning (a loss of frequency efficiency) when wet, stacked, or compressed in bundles, ensuring a high accuracy rate even under challenging conditions.

Sew-In: Offers maximum physical protection and is preferred for high-abrasion items like industrial mats and workwear. The polyester pouch acts as an extra buffer against mechanical stress.

Heat-Seal: Highly discreet and faster to install, ideal for flat linen (sheets/towels). While slightly less bulky, its performance remains robust, provided the heat-seal adhesive forms a perfect seal to prevent chemical intrusion. Read performance is consistent between formats if the correct antenna size is chosen for the textile.

Absolutely. Our transponders are sealed using specialized thermoplastic elastomers or durable PPS casings to achieve an IP68 rating, meaning they are fully protected against continuous immersion. The tags are specifically designed to remain functional under the high hydraulic pressures and rapid acceleration forces experienced during the wash and high-speed water extraction phases.

Yes, we offer certified MRI-Safe tags. Achieving MRI safety means the tag must contain zero ferromagnetic materials. We use specialized tags constructed exclusively with carbon-based components for the antenna and bonding. This ensures the tag is 100% non-magnetic, eliminating the risk of movement or heating when the textile passes into the high magnetic field of an MRI scanner.

The tag size must balance discreetness with antenna power.

Large Textiles (Duvets, Tablecloths): We recommend a larger tag/antenna footprint (e.g., 70mm x 15mm) to maximize the read range and coupling with the reader antenna.

Small Garments (Scrubs, Aprons): A small, flexible tag (e.g., 55mm x 12mm) is necessary for wearer comfort and to fit discreetly within hems or seams.
Our consultancy service focuses on selecting the smallest possible tag that still meets your required read distance.