ATOS (Advanced Topometric Sensor) - 3D Digitizer
A stand-alone system that mainly consists of a sensor comprising two cameras, projector and stand, the control unit for the sensor head and a high-performance Linux PC.  Objects can be measured quickly and with high local resolution.  Measurements are automatically transformed into a common global coordinate system.  Measuring data are made available as point clouds, sections or STL* data. This allows accurate measurement of the shape and size of the visible surface of almost any 3D object. The ATOS system allows for an efficient and precise data gathering and reporting in:

  • Quality Control
  • Rapid Milling
  • Reverse Engineering
  • Digital Mock-Up
  • Rapid Prototyping
*STL - A internationally recognized standard file format used in reverse engineering for rapid prototyping that stores xyz coordinate measurements.

TRITOP - 3D Coordinate Measuring Machine (CMM)
An industrial, non-contact optical measuring system for exact 3D coordinate acquisition of discrete object points.  This mobile technology supports time-optimized measurements for on-site quality control and deformation analysis. The TRITOP system is mainly used to take high resolution two-dimensional pictures of objects to provide accurate large scale 3D coordinate frameworks utilizing photogrammetry techniques. It is designed to define exact 3D positions of markers and visible features and offers time effective on-site measuring and is an add-on to ATOS.

CGI® CSS 1000 System - First Article Inspection
A first article inspection system that offers superior digitizing capability and performance over laser digitizers, touch-probes, X-rays and in-house CAD reproductions for parts with internal features. The system significantly reduces costs and processing time involved with inspecting first article parts with complex internal geometry. This system simultaneously digitizes both the surface and the internal geometry of a part.

  • The system is designed to reverse engineer parts that can fit within an envelope of 12 x 10.5 x 8 (over 1000 cubic inches) or 30 x 26 x 20 cm (over 15600 cubic centimeters).
  • The advanced system design increases productivity by allowing multiple parts of the same material to be processed simultaneously.
  • Aluminum alloys, plastics, steel, cast iron, brass, stainless steel, copper and wood can be processed on the system. If your part is machinable, the CSS 1000 system can capture its geometry.
  • Layer thicknesses range from 0.0005 to 0.010 inches

The CSS 1000 can output the following formats:


Return to Top