RFID (Radio Frequency Identification), is the technology that uses radio waves to identify objects. Although several methods of identification exist, the most common method is to store a unique serial number on a microchip that is attached to an antenna (thus creating the RFID tag/transponder) that identifies a specific object. A reader converts the reflected radio waves from the tag into digital information to be used by a computer.

The Low-Frequency (LF) band covers the range of 30 KHz to 300 KHz with a typical LF RFID system operating at 125 KHz. This frequency band provides a short 10-15cm range and it has the slowest reading speed compared to the other frequency bands.

The High-Frequency (HF) band covers the range of 3 MHz to 30 MHz with a typical HF RFID system operating at around 13.5 MHz. The HF band provides a wider range and a faster speed compared to the LF band.

The Ultra-High-Frequency (UHF) band covers the range from 300 MHz to 3 GHz. While regional differences can occur, RAIN RFID systems use the UHF Gen2 standard and usually use the 860 MHz to 960 MHz frequency band. The UHF band provides the greatest range and reading speed of all the frequency ranges, providing maximum read performance.

The Electronic Product Code (EPC) was created with the aim of creating a cost-efficient tracking method, using RFID technology.
As opposed to bar code technology, a major benefit of RFID is that it does not require line of sight to scan items. This allows goods to be scanned through packaging, with the EPC tags each item can be given a unique ID that contains string of numbers and letters. The data is stored in three parts; the first one identifies the manufacturer, the second identifies the product type and the third one is the unique serial number of the item. This separation allows readers to search for specific products within range.

The most notable difference between the two is bar codes require line of sight. In contrast, RFID technology does not need line of sight, which makes it possible to read through obstacles like packaging. Bar code technology usually features a very limited range and bulk reading is not possible. By eliminating those problems, RFID makes it possible to read a large quantity of items from a greater distance. The RFID tags can be read even if the tags do not directly face the antennas. Considering the read speed and range advantages of using RFID technology over its predecessor bar code, using an RFID implemented system will make up for its slightly more expensive upfront cost in a short period of time.

The most common applications of RFID is tracking goods in the supply chain and tracking parts on a manufacturing production line. Our trademarked RFTT system provides a wide range of solutions, by utilizing RFID technology.

Yes. USTEK Tags provide optimal read performance while maintaining the industry standards and can be used with other UHF RFID readers/terminals that comply with the global EPC Class 2 Gen 2 standards. However, we would recommend using our high-performance readers to assure the highest read performance possible.

USTEK tags’ superiority lies in their readability from all directions and angles even when randomly placed and tucked in wire mesh trolleys and/or neatly aligned on top of each other such as pillowcase stacks. Reading range has been optimized for laundry environments where stray readings from neighboring tags are minimized.

Tested at 70 bars pressure, USTEK tags can withstand the harshest industrial washing procedures hundreds of times and they come with a 200 wash-cycle guarantee.

Radio Frequency Textile Tracking (RFTT™) System is the unmatched turnkey UHF RFID solution developed for laundry operators, by people with real laundry operating experience.

RFTT™ System is an automated inventory control and monitoring system that gathers data while providing RFID enhanced operational benefits. Making use of UHF versatility to its fullest, all items in motion between an industrial laundry and its customers are monitored throughout the whole linen cycle, not just inside the laundry.

The most basic benefit of using the RFTT system is the convenience of tracking linen on-the-go; soiled pick up, sorting after the wash cycle, packaging and distribution of clean linen, RFTT system provides a 24/7 live information.
Soiled check-out, clean check-in terminals, security gates, internal uniform dispatch stations are positioned at customer locations like hotels and hospitals, all communicating online with the RFTT Server positioned inside the laundry.
Uncountable linen, when tagged with RFID, becomes a trackable asset with crystal clear digital footprint.
With the RFTT technology an industrial laundry can monitor stock and loss in real time, weed out old linen and will never mix articles & customers.

Both upfront and upkeep costs are relatively low with a substantial return on investment, please contact us at sales@ustek-rfid.com for an accurate pricing for the needs of your business.