Scanning for your Industry
Including quality control, automotive, medicine, heritage preservation, computer graphics, design, forensics, education, reverse engineering and architecture.
Accurate 3D Model
Get a precise model of your object that will work with major CAD system including SOLIDWORKS®, CATIA Siemens NX®, Solid Edge, Autodesk Inventor®, PTC Creo® and Pro/ENGINEER®.
Scan to Build
TriMech can build your 3D Scans from a variety of different plastics or metals materials using 3D printing or CNC machining services.
Why use the 3D Scanning Service from TriMech?
Get the most accurate 3D models of your small or large objects with our cutting-edge Artec 3D scanning and processing services. We can provide you with various scanning applications including reverse engineering, and models for manufacturing, healthcare applications, and industrial design.
We use Artec 3D scanners, the industry leader in 3D scanning technology. Our scanners are extremely accurate and scan in brilliant color and high resolution, processing up to two million points per second with up to 0.1mm accuracy.
Lightweight and battery compatible, we can take Artec scanners anywhere and scan anything from small components with our Artec Micro desktop scanner, to large objects such as a car or plane using our Artec Ray 3D scanner.
3D Scanning Options with TriMech
3D Scan Drop-off Service
Our 3D Scanning Experts will scan your object at our office and provide you with a CAD file format of your choosing.
You can drop off or ship your object to one of our office locations. We will run the scan and then return your object.
3D Scan at Your Location
If the object is too large to be transported or needs to be captured on-site a 3D Scanning expert will come to you.
Artec 3D scanners are hand-held and portable allowing us to scan just about anything.
Example 3D Scans
Pick on the posts below to view example 3D scanned models captured with Artec 3D Scanners:
Decorative Plate 3D Model
This decorative plate 3D model was captured with an Artec 3D Scanner. Scanning time: 10 min Processing time: 30 min Scanner used: Artec Space Spider Even though this plate has a thin and narrow edge, which can be highly problematic for 3D scanners to effectively...
Hubcap 3D Model (HD)
This automotive hubcap 3D model was captured in high definition (HD) with an Artec 3D Scanner. Scanning time: 6 minutes HD reconstruction time: 12 minutes Processing time: 25 minutes Scanner used: Artec Eva This plastic cap 3D model of a car wheel has been recreated...
Lobster 3D Model (HD)
This lobster 3D model was captured in high definition (HD) with an Artec 3D Scanner. Scanning time: 10 min HD reconstruction time: 11.5 minutes Processing time: 30 min Scanner used: Artec Eva Many an accomplished user of Artec Eva has gasped in delighted astonishment...
Skeleton 3D Model (HD)
This skeleton 3D model was captured in high definition (HD) with an Artec 3D Scanner. Scanning time: 20 min Processing time: 20 min Scanner used: Artec Eva This human skeleton 3D model was captured with an Artec Eva 3D scanner and the newly released HD Mode of Artec...
Beard Hair 3D Model (HD)
This beard hair 3D model was captured in high definition (HD) with an Artec 3D Scanner. Scanning time: 1 minute HD reconstruction time: 2 minutes Processing time: 8 minutes Scanner used: Artec Leo In certain markets, quality hair is in high demand. If you’re making a...
Wooden Chair 3D Model (HD)
This wooden chair 3D model was captured in high definition (HD) with an Artec 3D Scanner. Scanning time: 5 minutes HD reconstruction time: 10 minutes Processing time: 20 minutes Scanner used: Artec Leo Scanning this folding wooden chair with an Artec Leo may not have...
Motorcycle Engine (HD)
This motorcycle engine 3D model was captured in high definition (HD) with an Artec 3D Scanner. Scanning time: 12 minutes HD reconstruction time: 18 minutes Processing time: 40 minutes Scanner used: Artec Leo Dark, shiny, with lots of complex and small parts, this...
Leather Bag 3D Model
This leather bag 3D model was captured with an Artec 3D Scanner. Scanning time: 15 min Number of scans: 450 hours Scanner used: Artec Space Spider For accurate and well-detailed geometry of this mid-size leather bag, we used Artec Space Spider, a scanner made for tiny...
Classic Side Table 3D Model
This classic side table 3D model was captured with an Artec 3D Scanner. Scanning time: 5 min Processing time: 10 min Scanner used: Artec Eva A small bedside table that was quickly scanned by Artec Eva in three passes. The thin legs might have been a challenge if they...
3D Scanning and Reverse Engineering Benefits
Expert 3D Scanning Engineers
Export to any file type
Accurate 3D Scanned Data
Able to Scan Anywhere
3D Scanning and Reverse Engineering Applications
Reverse Engineering
Quality Inspection
Medical and Dental
Heritage, Art & Design
3D Scanning Process
1. 3D Scan Your Object
No need to prepare your object in advance, we will capture your object with a point and shoot Artec 3D scanner, without the need to attach markers.
2. Fuse & Optimize
We will optimize the size of your file by reducing the number of polygons from millions to thousands while maintaining the high quality of the mesh.
3. Texturize & Export Your File
We will then add high quality texture to your model and export the model to a file compatible with your CAD/CAM system.
Reverse Engineering
Whether you have a part to reproduce for which no drawing or 3D model exists, or you need to quickly redesign or simply modify an existing part and either mill or 3D print it; TriMech 3D Scanning Service can do the job.
Accelerate your design, prototype, and production cycle by weeks and save thousands in the process.
Quality Inspection
Across a variety of industries, there is a growing need for ensuring that product quality levels are as high as possible.
Delivering extremely-high-precision scans provides 3D measurements that are among the best in today’s cutting edge scanners, providing comprehensive part inspection.
Medical & Dental
We provide scanning services for medical and dental practices, providing precise CAD/CAM-ready 3D scans for lab use and 3D printing. Medical practitioners and dentists no longer need to approximate models for their prosthetics and implants.
