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In addition to the scanners listed on this page, Cyberware offers a number of standard production scanners that can suit most scanning needs. Refer to the Scanner Listing for more information.
In as little as 17 seconds, the Cyberware WB4 Whole Body Color 3D Scanner captures the shape and color of the entire human body. The scanner's rapid acquisition speed freezes motion and makes it easy to scan many subjects or to capture different poses appropriate to the application at hand.
The Head & Face 3D Scanner (Model PS) was designed to scan the head and face of live subjects quickly, comfortably, and safely. Because the system moves the digitizer while the subject remains stationary, the PS works well in many applications involving subjects that are inconvenient to move during digitizing.
The Model Shop Color 3D Scanner is especially well suited to the types of subjects digitized in model shop and animation work. The MS platform adjusts quickly to accommodate subjects such as 1/5-scale automobile models and other objects that will be incorporated into CAD/CAM systems.
Cyberware's Model 7G Ear Impression 3D Scanner rapidly captures the ear impressions - with a compact system that fits easily on a desktop. It is highly integrated to provide all the 3D scanning resources you need in one low-cost package.
In less than 5 minutes, the Model 7G captures highly detailed 3D models that you can analyze, modify, and physically reproduce using rapid-prototyping systems.
Among the most versatile 3D scanners ever developed, Cyberware's Desktop 3D Scanner (Model 15) scanner allows you to capture the shape of an endless variety of objects - all with a small system that fits easily on a desktop. The Model 15 is highly integrated to provide all the 3D scanning resources you need in one low-cost package.
The The Below the Knee (BK) custom 3D scanning system was designed to digitize the residual limb of a below knee amputee. The digitized data enables automated design and manufacturing equipment to produce custom sockets for prosthetics devices.
The Cyberware was selected to design and build a custom 3D scanning system for Stanford University for the Digital Michelangelo Project. The Large Statue Scanner was designed specifically for use in Italy to digitize many of the works of Michelangelo.
The Spherical Gantry was created for graphics research projects on light field rendering at Stanford University and may significantly impact the future of computer graphics. It is used as a light field digitizer as well as a tool to study reflective and transmissive characteristics of materials.