N E W F R O M O RT H O M E R I C A TM L A S E R DATA The STARscanner™ laser data acquisition system from Orthomerica® was recently awarded 510(k) clearance from the FDA to be used with the STARband™ cranial remolding orthosis. The scanner utilizes 3-D surface scanning technology and allows O&P practitioners to collect and compare head shape information during the treatment of positional plagiocephaly and brachycephaly. A C Q U I S I T I O N S Y S T E M A C C U R AT E D ATA C O L L E C T I O N ■ Eliminates the casting process which is often a traumatic experience for infants and caregivers ■ Scans are safe, accurate and fast—less than two seconds ■ Head shape data is sent electronically saving time and money by eliminating casting, packing and shipping a cast impression ■ Quick turnaround leads to earlier treatment and improves initial fit and function of the STARband orthosis ■ Measures the improvement of overall symmetry and substantiates the efficacy of orthotic treatment ■ Quantify positive clinical outcomes to referral sources with pre and post treatment documentation which provides a competitive advantage for your business ■ Complete turnkey system includes all software, hardware, training and support QUANTIFIABLE DATA C O M PA R I S O N Call 800.446.6770 x289 to receive your STARscanner information package. ™ Team Rehab ORTHOTIST | THERAPIST | PHYSICIAN | PATIENT TEL: 800.446.6770 | FAX: 800.638.9259 | ORTHOMERICA.COM ©2001 Orthomerica Products, Inc. All Rights Reserved. THE GLOBAL ORTHOTIC SOLUTION SM

TM [ W H AT I S T H E S TA R S C A N N E R ™ ? ] The STARscanner is a non-contact laser data acquisition system to be used with the STARband cranial remolding orthosis. The scanner utilizes 3-D technology for fabrication of custom cranial remolding orthoses designed to treat infants between 3-18 months of age for positional plagiocephaly and brachycephaly. [ THE TECHNOLOGY ] The STARscanner system eliminates the casting process required for custom-molded cranial remolding orthoses. Scans are completed in less than 2 seconds using a combination of lasers and cameras. This information is sent to...