In this video, Charles Romans discusses 3D Printing Services at the University of Iowa School of Art and Art History. Learn more at:
The HandySCAN 3D™ handheld scanners of new generation have been optimized to meet the needs of product development and engineering professionals on the lookout for the most effective and reliable way to acquire 3D measurements of physical objects.
Creaform’s flagship metrology-grade scanners underwent a complete re-engineering, building on its core assets. They are now more portable and they are faster at delivering accurate and high resolution 3D scans while remaining overly simple to use. Yet, it is their true portability that has changed the rules and set a whole new trend in the 3D scanning market.
- 25 times faster than the previous generation
- 40% more accurate
- Improved ergonomy:
- 35% lighter
- 50% smaller
- Greater freedom of movement
- Multi-function buttons for easier interaction with the software
TRUaccuracy: Accurate measurements in real life operating conditions
- Metrology-grade measurements: accuracy of up to 0.030 mm (0.0012 in.), resolution of up to 0.050 mm (0.002 in.), high repeatability and traceable certificate.
- Accuracy in real-life conditions: regardless of environment conditions, part set-up or user.
- No rigid setup required: optical reflectors are used to create a reference system that is “locked” to the part itself, so users can move the object any way they want during scanning sessions (dynamic referencing). Changes in surrounding environment have no impact on data acquisition quality or accuracy.
- Self-positioning: the HandySCAN 3D scanner is a data acquisition system and its own positioning system. This means that no external tracking or positioning devices is required. It uses triangulation to determine its relative position to the part in real time.
- Reliable: consistent and repeatable results across all work conditions or environments.
- On-demand user calibration: the scanner can be calibrated as often as necessary (day-to-day basis or before each new scanning session). Calibration takes about 2 minutes and guarantees optimal operation.
TRUportability: 3D scanning where you need to go
- Stand-alone device: there is no need for an external positioning system, arms, tripod or fixture.
- On-the-go scanning: you can take it from place to place or use it in-house or on site.
- Lightweight: weights under 1 kg.
- Small: Fits into a case the size of a carry-on.
- Easy access to confined spaces: thanks to its small size and flexible stand-off distance.
Speed: Fastest path from physical objects to your design or inspection workflow
- Fastest 3D scanner on the market: 25 times faster than the previous generation.
- Highest measurement rate among all laser scanners: 480,000 measures/s.
- Automatic mesh output: ready-to-use files, right as you complete acquisition.
- Quick workflow integration: usable scan files can be imported into RE/CAD software without post-processing.
TRUsimplicity: Very simple 3D scanning process
- User-friendly: very short learning curve, regardless of the user’s experience level.
- Quick set-up: up and running in less than 2 minutes.
- Direct mesh output: no complicated alignment or point cloud processing.
- Real-time visualization: look at the computer screen to see what you are doing and what is left to be done.
- Versatile: virtually limitless 3D scanning – no matter the part size, complexity, material or color.
“We’ve been experimenting with home 3D printers for a while, but we now finally have a desktop 3D scanner at the office too! We test the new Matter and Form 3D scanner that digitizes any small object, generating a 3D model and file that we can then send over to our 3D printer. It’s like photocopying a real-world object!”
Originally published to YouTube by Tested on 25 September 2014.
Originally published to YouTube by 3D Systems on Jun 25, 2014. (source)
Transform your iPad into a 3D scanner with the iSense by 3D Systems. The iSense empowers you to easily capture moments in every dimension, and it’s optimized for 3D printing.
Synopsis. We’ll travel to NASA’s tool lab and see the equipment we need to build in this challenging environment, from high tech wrenches and hammers. This video was originally published to YouTube on 29 January 2012. (source)