Digital Scan 3D (DS3D) is a leader 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 Oxnard for large scan projects or parts can be mailed to us.
Our longstanding experience in 3D-Technologies permits Digital Scan 3D to advise you professionally and independently for the implementation along with the optimization of your measuring strategies and 3d Scanning Parts needs and requirements.
In order to get the optimum quality scan, we take into account the size, color and reflectivity of the items we are scanning for you. We have the capabilities to scan products as little as a thumb print and as giant as a semi truck. Some of our 3D Scanners capture color at the highest resolution of up to 10 microns (0.0003”). We will propose the best 3D scanning solutions for your application. For more Expertise about 3D Scanning Services, go ahead and consult with us.Get 3D help now!
Digital Scan 3D (DS3D) offers the professional engineers who can properly complete any and all 3D Scanning Services task. Our engineers have several varieties of Blue Light, White Light and Laser 3D scanners ranging in accuracy from 0.01mm to 0.1mm (0.0003” to 0.004”). When scanning your particular products, our experts will identify the most appropriate technology that delivers the most optimal accuracy, speed and resolution you really want for your application.
We furnish industry standard output files: .PTX, .XYZRGB, .e57, .STL, .OBJ, .PLY, .WRL, .ASC, .AOP
Parts for 3D scanning can either be delivered to our facility or our experts can come to your location if needed. We utilize a very fast turn-around time based on the sophistication of a project. We can oftentimes guarantee a 24 to 72 hour turnaround time, dependant on the project.
Our engineers help companies all across the country with their 3D Scanning projects. We scan small items or entire structures.