OMEGA Scanner 3 D OMEGA Structure Sensor OMEGA

OMEGA® Scanner 3 D OMEGA® Structure Sensor OMEGA® Tracing Pen 2. PRODUCTION: To create a physical shape for fabrication OMEGA® Carver To take full advantage of the learning opportunities presented in this resource, Internet access is recommended. Also, view the presentation in “Slide Show” mode. Click on the “Slide Show” tab in your Microsoft® Power. Point® tool bar, then click on the “From the Beginning” tab. As an alternative, you may press the F 5 key as a shortcut to begin the presentation. Image Source: The Ohio Willow Wood Company OMEGA® Carver Images Source: The Ohio Willow Wood Company OMEGA® Tracing Hardware 1. SHAPE CAPTURE: To bring a shape into software for modification OMEGA® Structure Sensor HARDWARE COMPONENTS PROVIDE TWO KEY FUNCTIONS: OMEGA® Scanner 3 D The CAD/CAM System: OMEGA® Hardware

§ Use for prosthetic and orthotic applications § Large scanning area: 380 mm x 380 mm § USB connection § Handheld § Compatible with OMEGA® 2013 & OMEGA® v 12 § Accurate to +/- 0. 5 mm § Weighs only 850 g (1. 9 lbs) § Dimensions: 96 mm x 140 mm x 258 mm OMEGA® Scanner 3 D Image Source: The Ohio Willow Wood Company OMEGA® Carver § Uses structured-light technology to capture shapes and create the 3 D image § Requires only one or two scanning targets to denote shape landmarks § Enables clinicians to immediately see captured scanned shape OMEGA® Tracing Hardware OMEGA® Scanner 3 D SHAPE CAPTURE OMEGA® Structure Sensor OMEGA® Scanner 3 D The CAD/CAM System: OMEGA® Hardware

§ The first 3 D sensor for mobile devices used in the orthotic and prosthetic industry § Uses structured-light technology to capture an object § Accurate to +/- 4 mm from a distance of 40 cm § Compatible with i. Pad® and i. Pad Mini. TM § Suitable for scanning upper and lower extremity residual limbs, Ankle Foot Orthosis (AFO) shapes, and spinal shapes Video: How to Set Up the Structure Sensor https: //youtu. be/zg. WTp 0 Mo 2 w 8 Video: How to Use the Structure Sensor OMEGA® Structure Sensor with i. Pad® Setup OMEGA® Structure Sensor Images Source: The Ohio Willow Wood Company OMEGA® Carver OMEGA® Structure Sensor SHAPE CAPTURE OMEGA® Tracing Hardware OMEGA® Structure Sensor OMEGA® Scanner 3 D The CAD/CAM System: OMEGA® Hardware

SHAPE CAPTURE OMEGA® Tracing Hardware § Portable system shape capture device § Allows for “hands-on” contact with patient § Includes Tracing Pen, Patient Sensor, Transmitter Cube, Wand. XTension, Digital Caliper Attachment, Carrying Case § Enables you to: § Trace Transtibial and Transfemoral shapes OMEGA® Tracing § Make clinical modifications on the patient Pen § Duplicate casts and sockets § Create Spinal and Transfemoral templates § Take caliper measurements for creating an Ankle Foot Orthosis (AFO) 1. Apply the patient sensor to the surface to be traced. 2. Place the transmitter nearby. 3. Move the Tracer Pen across the surface. 4. As the control unit tells the software where the pen is, you will see the 3 D shape appear on the screen. Images Source: The Ohio Willow Wood Company OMEGA® Carver OMEGA® Tracing Hardware OMEGA® Structure Sensor OMEGA® Scanner 3 D The CAD/CAM System: OMEGA® Hardware

OMEGA® Carver OMEGA® Tracing Hardware OMEGA® Structure Sensor OMEGA® Scanner 3 D The CAD/CAM System: OMEGA® Hardware PRODUCTION OMEGA® Carver § § § Fastest and most economical carver of its size Fully integrated with OMEGA® software 3 -axis carver is small enough to fit through a standard door Integrated dust and debris collection system Carves the full range of orthotic and prosthetic shapes: Transtibial, Transfemoral, Cranial Orthosis, Spinal Orthosis, and Ankle Foot Orthosis (as a single piece) An OMEGA® Carver comes with a laptop, allowing for full integration with OMEGA® Tracer. The vertical carving chamber can easily accommodate spinal foam blanks. Images Source: The Ohio Willow Wood Company

The CAD/CAM System: OMEGA® Hardware Review The OMEGA® Scanner 3 D is a handheld, non-contact shape capture device used for prosthetic and orthotic applications. It features a large scanning area and uses structured-light technology to capture shapes and create the 3 D image. Only one or two scanning targets are required to denote shape landmarks. The scanned shape generates directly in the OMEGA® software so clinicians may immediately see exactly what is captured. It is accurate to +/- 0. 5 mm. The OMEGA® Structure Sensor is the first 3 D sensor for mobile devices used in the orthotic and prosthetic industry. It uses structured-light technology to capture an object and is accurate to +/- 4 mm from a distance of 40 cm. It is compatible with the i. Pad and i. Pad Mini and is suitable for scanning upper and lower extremity residual limbs, Ankle Foot Orthosis shapes, and spinal shapes. The OMEGA® Tracing Hardware is a portable system shape capture device, which allows for “hands-on” contact with the patient. It includes a Tracing Pen, Patient Sensor, Transmitter Cube, Wand. XTension, Digital Caliper Attachment, and Carrying Case. The OMEGA® Carver is the fastest and most economical carver of its size. It is fully integrated with OMEGA® software. Its 3 -axis carver is small enough to fit through a standard door, and it features an integrated dust and debris collection system. It carves the full range of orthotic and prosthetic shapes. Images Source: The Ohio Willow Wood Company

The CAD/CAM System: OMEGA® Hardware This workforce product was funded by a grant awarded by the U. S. Department of Labor’s Employment and Training Administration. The product was created by the grantee and does not necessarily reflect the official position of the U. S. Department of Labor. The U. S. Department of Labor makes no guarantees, warranties, or assurances of any kind, express or implied, with respect to such information, including any information on linked sites and including, but not limited to, accuracy of the information or its completeness, timeliness, usefulness, adequacy, continued availability, or ownership. Produced 2016. HOPE Careers Consortium is a partnership of five institutions of higher education that is building exciting new programs that will provide valuable career education and training in the Orthotics, Prosthetics, and Pedorthics (O&P) sector. The five institutions are: Baker College—Flint, Michigan; Century College—White Bear Lake, Minnesota; Oklahoma State University Institute of Technology—Okmulgee, Oklahoma; Spokane Falls Community College—Spokane, Washington; and St. Petersburg College—St. Petersburg, Florida. Although the authoring institution of this educational resource has made every effort to ensure that the information presented is correct, the institution assumes no liability to any party for any loss, damage, or disruption caused by errors or omissions. This work by Oklahoma State University Institute of Technology (OSUIT) is licensed under the Creative Commons Attribution-Non Commercial-No. Derivatives 4. 0 International License: CC BY-NC-ND 4. 0. To view a copy of this license, click on the following link: Creative Commons License CC BY-NC-ND 4. 0. OMEGA is a registered trademark of The Ohio Willow Wood Company (www. willowwoodco. com). Source of OMEGA® Hardware information and images: The Ohio Willow Wood Company (www. willowwoodco. com/products-services/omega/hardware). Source of OMEGA® Carver information and Image: The Ohio Willow Wood Company (www. willowwoodco. com/products-services/omega/hardware/omega-carver/). i. Pad and i. Pad mini are registered trademarks of Apple Inc. Microsoft and Power. Point are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. OSUIT has no commercial affiliation with The Ohio Willow Wood Company.