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Driving through the outback with Artec Leo: All the adventure, none of the diesel
Converting old diesel Land Rovers into battery powered vehicles, using Artec Leo to scan the general infrastructure and... -
Adding 3D Printing to the Machine Shop: Lessons From A&M Tool
Adding 3D Printing to the Machine Shop: Lessons From A&M Tool -
3D Printing Stories | Reducing Costs and Lead Time in Manufacturing with Next-Day Custom Jigs
Pankl Racing Systems have reduced costs and lead time in manufacturing with next-day custom jigs using the Formlabs... -
3D Printing Stories | Display for road wheels
3D designed & printed wall mounts to display product at Cycles Galleria. -
3D Scanning Stories | Hyundai Quality Control of Automobile Seats
Artec scanners are used by Hyundai in perceived quality for scanning automobile seats -
3D Scanning Stories | Scanning a VW bus
Creating 3D models of large objects is a cakewalk for Artec’s professional-grade 3D scanning solutions. This hippie bus... -
Reverse Engineering Stories | Reverse engineering of compressor's 3D model
A compressor 3D scanned with Artec Space Spider is reverse engineered in 3D Systems' Geomagic Design X -
3D Scanning Stories | Automotive accessories
Nika Holding produces mats based on a method that is impossible without scanning. Computer processing of the data... -
3D Scanning Stories | Individual customizing of automobiles
Since the company began using the 3D scanner, the time from creation of the design to approval by...
3D technologies for the engineering industry
We supply the engineering industry with our full range of products and all of our service offerings.
Engineering industry professionals use 3D technologies for anything from reverse engineering to creating prototypes.
Reverse engineering or scan based design utilising tools like 3D scanners makes the process simpler, faster, more accurate and relatively inexpensive. Whether it is an old mould with no drawings which needs to be reproduced or a bespoke component designed to fit an existing product 3D scanning is the most cost effective way to achieve the end result.
3D printers are used to quickly and inexpensively produce accurate prototypes, or working parts, in a wide variety of materials.
Products
| 3D Scanners | |
| 3D Printers | |
| 3D Design Software | |
| Haptic Devices |
Services
| 3D Scanning | |
| Post Production | |
| 3D Printing | |
| Training |
Feature: Nika Holding automotive accessories
Nika Holding produces mats based on a method that is impossible without scanning. Computer processing of the data ensures a perfect fit of a pattern to the automobile surface. After researching the market for existing technologies, the company tried the M Model scanner made by Artec.
“In choosing this particular model, we knew we needed a rather compact device so that it would be easy to scan with it in the tight confines of a car interior. Also, the scanner would often be used in production in conditions where the sturdiness of the casing would be especially important,” comments an employee at Nika Holding.
eBook: Guide To Large-Format Additive
Increasing the build size increases the possibilities for builds: users can create larger parts, removing the constraints of more standard sizes of build envelopes. 3D printing a large part all at once means less time is spent designing around multiple print jobs, less time assembling multiple parts, and more time getting those parts to work for you.
Discover in the guide,
- How to get started
- Why Size Matters
- How to integrate
- 4 Applications that Benefit from large-format additive
- Case Studies from industry leading companies like Ford, Steel Case and more.
Start your journey for Large-Format Additive today.
Engineering Case studies
