The Scanner that Goes Where You Go
FastSCAN II is a handheld, lightweight, laser scanner that produces scans instantly—with an ultra-portable system bundled in a compact case. With a simple sweep of a wand, FastSCAN II lets you create instant real-time 3D images--anytime, anywhere. This allows FastSCAN II to go where you go, scanning objects easily and onsite in their natural environments.
Take your scanning work out in the field or easily transport the scanner from classroom to lab. With the optional rechargeable battery, FastSCAN II travels easily, and can be set up in less than just two minutes—taking scanning capabilities from indoors to outside. FastSCAN II produces high-quality scans of everything from simple objects to complex artifacts.
Preferred by professionals, FastSCAN II requires a fraction of the post processing, compared to other scanners on the market.
The sophistication of the software is unmatched, as it’s intuitive and easy to learn. It saves you time, delivering automatic overlap removal of the scans, as it seamlessly stitches data points together. FastSCAN II sports a lighter weight than the original product and boasts an ergonomic design providing a sleek, user-friendly look and feel.
Like its predecessor, (the original FastSCAN), FastSCAN II is a product developed by ARANZ Medical Limited that produces laser scanned images in-part by utilizing Polhemus proprietary electromagnetic motion tracking technology, which determines the position and orientation of the wand.
Key features are highlighted below, for a complete description see the: FastSCAN II Brochure.
Fast and Flexible--Handheld unit scans easily for instant 3D images
Highly Portable--Rechargeable battery allows you to work all day
Lightweight and Compact--Complete system comes with carrying case
Quick and Easy Set Up--Be set up and scanning in less than two minutes
User-Friendly Software--Intuitive, easy to learn for precision scans
Orthotics and Prosthetics
"I just received1 my LIBERTY 8 system and I am extremely pleased. Our records are clean and precise. The system is robust, with no crashes at all with the AuSIM drivers for Matlab and USB interface. Our previous magnetic system crashed within Matlab on a regular basis." - H.N. Zelaznik, Professor of Health and Kinesiology, Purdue University
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