Digital Scan 3D (DS3D) specializes in 3D Product Design / Product Development, 3D Scanning, Quality Control / Quality Assurance, Reverse Engineering, Digital 3D Scanner sales, Software Training and Support Although our offices are physically located in Portland and Seattle, we can come to you in Glendale for large scan projects or parts can be mailed to us.
Our longstanding knowledge in 3D-Technologies helps Digital Scan 3D to counsel you skillfully and independently for the implementation as well as optimization of your measurement strategies and 3d Scanning Professionals Near Me requirements.
To be able to attain the finest quality scan, we examine the size, color and reflectivity of the items we are scanning for you. We have the functionality to scan elements as minute as a thumb print and as massive as a semi truck. A couple of our 3D Scanners record color at the highest resolution of up to 10 microns (0.0003”). We will suggest the best 3D scanning solutions for each application. For more details about 3D Scanning Services, be sure to get in touch with us.Get 3D help now!
Digital Scan 3D (DS3D) offers the knowledgeable workforce who can efficiently execute any and all 3D Scanning Services task. Our engineers utilize several varieties of Blue Light, White Light and Laser 3D scanners extending in accuracy from 0.01mm to 0.1mm (0.0003” to 0.004”). Before scanning your products, we will identify the best technology that delivers the most optimal accuracy, speed and resolution you will be needing for your application.
We create industry standard output files: .PTX, .XYZRGB, .e57, .STL, .OBJ, .PLY, .WRL, .ASC, .AOP
Parts for 3D scanning can oftentimes be mailed to our facility or we can come to your office if necessary. We provide a very fast turn-around time dependant on the complexity of a project. We can frequently guarantee a 24 to 72 hour turnaround time, dependant on the project.
We assist businesses and organizations all through the country with their 3D Scanning requirements and needs. We scan small items or entire structures.