D2M Solutions is Unique

IN THE MIDDLE EAST REGION IN OFFERING END-TO-END DESIGN TO MANUFACTURING SOLUTIONS

3D LASER SCANNERS FOR REVERSE ENGINEERING (RE) / QUALITY CONTROL (QC)
Overview & Application

INTRODUCTION

Reverse Engineering or 3D digitization is the recovery of a physical object’s geometrical structures with the use of 3D laser scanning technology. Data is collected by the laser scanning head or the 3D Digitizer, to produce a point cloud, which is used for the creation of 3D CAD surface data. This technology is used to replicate, enhance or alter an existing object or part, without designing it from scratch with a 3D CAD system, and can reduce product development cycles.
Another use of Reverse Engineering technology is for ergonomic design. In this case, the part is reverse engineered in order for the design to be built around it. Reverse engineering is also used by businesses to bring existing physical geometry into digital product development environments, to make a digital 3D record of their own products or to assess competitors’ products. It is used to analyse, for instance, how a product works, what it does, and what components it consists of, estimate costs etc.
Quality Control can impact the financial success of a company by ensuring only quality parts or products are released to customer orders. Quality Control and in-line inspection can be fully streamlined with technologically advanced 3D inspection & measurement equipment.
3D inspection & measurement equipment, like portable Coordinate Measurement Machines (CMM), can be used to inspect complex parts and CAD to part comparison, ensuring the quality of the parts and reducing scrap. 3D inspection & measurement with portable CMMs are fast, flexible, accurate and can also produce GD&T reports automatically.
The use of portable CMMs in conjunction with state of the art 3D laser scanners and dedicated 3D inspection software, can improve the inspection process by fast & direct comparisons of scanned data with 3D CAD data, for the production of full inspection reports.

Quality Control/Assurance-Industrial CT Scanners

Overview & Application

Quality Control can impact the financial success of a company by ensuring only quality parts or products are released to customer orders. Quality Control and in-line inspection can be fully streamlined with technologically advanced 3D inspection & measurement equipment.
3D inspection & measurement equipment, like portable Coordinate Measurement Machines (CMM), can be used to inspect complex parts and CAD to part comparison, ensuring the quality of the parts and reducing scrap.
3D inspection & measurement with portable CMMs are fast, flexible, accurate and can also produce GD&T reports automatically.
The use of portable CMMs in conjunction with state of the art 3D laser scanners and dedicated 3D inspection software, can improve the inspection process by fast & direct comparisons of scanned data with 3D CAD data, for the production of full inspection reports.

See Wide Range of Industrial CT Scanners

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Applications and Benefits
  • Reduce Product Development Cycles
  • Capture Complex Geometries
  • No dedicated environment necessary, like closed room with air condition
  • Create CAD data for further processing, fully integrated.
  • “Mount-it-where-you-make-it” convenience
  • Subsequently, design and engineering enhancements can be applied to existing designs