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  • 3D Scanners in Industrial Environments
    3D scanners are designed to function in noisy, dusty manufacturing environments and in ambient lighting. They are also designed for use by technicians and operators rather than engineers or scientists. Read this article to learn about these and other benefits of why an industrial 3D laser scanner
  • Creating 3D Digital Art Pieces
    ProtoCAM has specific experience working with artists to create 3D art pieces. Applying 3D modeling, rapid prototyping, rapid manufacturing and direct digital manufacturing techniques to 3D art models creates compelling and visually stunning 3D art objects. In short, an artist's vision can
  • Automated Low Cost 3D Scanning
    The uses of 3D imaging are extending rapidly to many industries that are leveraging the power of 3D software to greatly enhance their products. While 3D scanning technologies have typically been available as high-end industrial systems that are expensive and limited to specific objects they can
  • Saving Time and Money with 3D Printing
    An ideal complement to CAD, 3D printing offers a fast, low-cost alternative for building concept and working models. Designed for workstation and network access much like a standard laser printer, 3D printing is growing in usage along with the unprecedented growth of CAD solid modeling. Both rapid
  • First Article Inspection with a 3D Scanner
    Performing a thorough First Article Inspection (FAI) on new production parts is the norm across most industries, but the methods and tools used for FAI vary greatly. Read this article to learn why many manufacturers have adopted 3D scanners as their main tool for FAI. First Article Inspection
  • 3D Printer Dimensional Accuracy Benchmark
    The blend of low cost and ease-of-use has fuelled rapid growth for 3D printers. Designers, engineers and educators have adopted this technology in record numbers, making it the fastest growing segment of the rapid prototyping industry. 3D printers are often used in the earliest stages of design
  • Closing the Quality Loop Through 3D Measurement & Inspection
    For an organization with closed-loop quality management practices in place, an automated 3D scanner is a natural fit in the quality process. Specifically, 3D scanning can be integrated into the quality inspection process to provide dimensional measurement and analysis of parts
  • Improving Quality Control Processes with a 3D Scanner
    One of the many benefits of a 3D laser scanner is that it is suitable in most quality control environments. In particular, a 3D scanner can enhance 100% inspection, statistical process control (SPC), and part production approval processes (PPAP). Improving Quality Control Processes with a 3D

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