The cost involved in a 3D scanning project will vary depending upon many factors, such as the size and complexity of the object being scanned, as well as the required data output.
When seeking quotes for this service, you need to specify your requirements in as much detail as possible, to ensure that the final deliverable will be useful for your application.
Reputable service providers should ask many questions about your project in order to properly assess your requirements. Size and detail are important, but so is accuracy. Many low end scanners can provide quick results, but the final file type may not match the original. Look for service providers that utilize professional equipment from suppliers like Creaform & Steinbichler.
Most service providers will typically charge $100 to $200 to scan a small part. Small being of the size that can be shipped to the scanning facility. Scanning at your facility for larger items will typically cost ~$2,000 per day, or more. However, scanning is only part of the cost of the process. Post processing and 3D CAD modeling will typically drive the majority of the cost for these types of projects.
If your application is reverse engineering, be sure to indicate your CAD software. Also specify if you need a point cloud, STL, static or fully parametric solid model. A simple point cloud file is the least labor intensive for the service provider, and should be the least expensive deliverable. A fully parametric model, on the other hand, may require many more hours of engineering, and cost thousands of dollars more for a highly complex part. However, this alternative is the most complete solution and will require the least amount of subsequent work by the buyer.
Keep in mind that most standard CAD software products have few tools to deal with 3D point clouds or STL files. This type of post processing typically requires specialized software like Geomagic or Rapidform in order to fully convert the scanned data into useful 3D models.
3D Scanning is a great way to capture very complex geometry quickly, and document highly complex parts in a useful 3D CAD system. Successfully implementing this technology into your workflow will require a little homework on the part of the buyer to ensure that the project will be a success, and meet all requirements.
For more information on 3D scanning & reverse engineering contact info@neometrixtech.com.
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