Introducing P.I.L.S. (Patient Identification Labeling System). This durable, compact, light-weight, mobile and completely wireless system will read your 2D barcodes printed on labels, wristbands and displayed monitoring screens.
Data can be printed in seconds on variable sizes of direct thermal labels. P.I.L.S. can be equipped to read RFID materials as well. All this is possible without the assistance of a laptop, hand-held computer, PDA, tablet or other computer device. P.I.L.S. also operates without the assistance of costly software. P.I.L.S. is an economical solution when essential, accurate labeling is required such as labeling patient charts, forms or vials. The battery charge life for the scanner and mobile printer lasts longer than that of a typical work shift. P.I.L.S. has the capability to produce large amounts of different fonts and text sizes; print numerous barcode symbologies as well as 2D barcodes.
P.I.L.S. has a patent pending method of being able to electrically charge the interior batteries of a mobile printer
(such as models Zebra QL220 Plus and Q320 Plus); or a Bluetooth Barcode Scanner (such as model Baracoda BRR-FS Evolution) which are all contained in a portable caddy. Each caddy is equipped with a tube or vial rack and plenty of space for supplies.
P.I.L.S. allows the interior devices to be fully re-charged by setting the entire caddy onto a charging unit. This module is not only state-of-the-art; it is the latest technology on the market today. This method of charging allows the end user not ever having to remove any of the devices from the caddy to re-charge their interior batteries and to conveniently carry a Bluetooth Barcode Scanner with a mobile printer right to the patient’s bedside.
P.I.L.S. enables phlebotomists and nurses to operate more efficiently while improving patient safety. The system allows the ability to scan the patient’s wristband positively identifying the patient, the healthcare provider, the specimen container, the order of the draw and real time and date stamping right at the bedside. The system then prints a label for the specimen actually collected at the patient’s bedside. No pre-printed labels are necessary which decreases the amount of label waste as well as the time it takes to re-sort and re-distribute needless pre-printed labels.