The Conoscan 4000 is a 3 Axes, Cost Effective , 3D High Precision Scanner.
Due to its unique capabilities it is an excellent Metrology, Research and Inspection 3D platform for a variety of applications, all the while maintaining robust, high precision performance. The Conoscan 4000 uses Optimet’s conoscopic holography sensors with interchangeable objective lenses from 100mm down to 25mm HD lens with up to micron precision. It is integrated with a sophisticated scanning platform made up of three motorized axes (X, Y and height Z) and is provided with user friendly, robust scanner software.
Measurement of a wide variety of materials and objects including shiny metal, plastic, black rubber, electronic boards and bonding.
The option to be supplied with the NanoConoprobe sensor for profile and thickness measurement of specular/reflective elements and surfaces such as optical blanks and optical glass windows.
Measurement of radiuses, diameters, angles, heights, holes and groove depths, radii, sphere radius, distances, full 3D CAD Compare and more.
A versatile platform to secure objects for scanning.
A unique Viewer software displaying the object profile or 3D image immediately following the scan, enabling precise measurement analysis and focusing on specific points.
The ability to filter the measurement results.
The ability to export data to many CAD/CAM, Surface Analysis and Reverse Engineering applications such as Digital Surf, TrueGage, Geomagic, RapidForm, PolyWorks, CopyCAD, Graphitech Copymate, Metracs and ArtCAM software.
One USB cable connection for easy linking to a PC or lap-top.
Profile and 3-D measurements performed with the ConoScan 4000
The ConoScan 4000 scanner is capable of scanning various objects with complicated geometries for applications such as reverse engineering, part inspection and research. Replaceable objective lenses (from 25mm-100mm) are available as an option for a precise tuning of the system to your application.
The ConoScan 4000 can be mounted with the Mark 3.0 ConoProbe Standart and High-Definition and the NanoConoProbe.
Reverse Engineering
The scanner is able to scan objects up to 160x150mm, providing results as a cloud of points or surface file (STL), allowing the user to accurately produce files which can be used as a reference to create CAD models enabling an easy process from part to model
Reverse Engineering refers to the ability to reproduce the shape of an existing object.
Metal ornamentation and ceramics
Reliable and fast reconstruction of art industrial designs is accomplished due to the ConoProbe's unique capabilities to measure holes, grooves and steep angles on diffusive and shiny metal surfaces.
Jewelry
Accuracy and fidelity requirements of artistic applications , such as coins, medals and jewels are met by precise replication of shapes, angles and small features provided by the Conoprobe .
Research
The versatile ConoScan 4000 can be readily configured utilizing interchangeable lenses to easily switch from project to project allowing R&D labs and universities to perform research in a more productive manner.
Inspection/Quality Control
The scanner can be utilized for inspection/quality control of the measured part. Measurement of the parts dimensions and angles is easily performed using the Viewer software. Utilizing third party software the scanner will produce files that could be used as a reference for CAD files
Quality Control involves examining the geometrical compliance or compatibility of a part with the original design.
Optical Lens Measurement
Production of complicated aspheric and diffractive optics is highly affected by the ability to measure the surface shape of the lens. The surface shape of the lens cannot be tested with simple metrology methods.
Optimet's NanoConoprobe provides a unique new tool for on line inspection of lens parameters during the production process saving much time and money.
Burr Inspection
Plastic deformation during metal cutting, blanking or drilling, influence the accuracy of the part.
In the case of micro burr formed in micro drilling or in fine blanking, other methods can not be used for measurement due to the very thin and sharp edge of the burr, with less than 30µm height.
When the geometry of the burr is measured properly, as can be done with the Smart, the proper deburring method or processes can be implemented.
Optimet offers a variety of objective
lenses, enabling adaptation of its
sensors to a wide range of applications.
OBJECTIVE
LENSES
25mm
lens for standard ConoProbe
Popular for small feature scan in reverse engineering applications.
P/N 3Z83025
25mm Gold lens for standard ConoProbe
Distortion free aspheric lens.
P/N 3Z81030
40mm lens for standard ConoProbe
With standard sensor - for high precision and long standoff applications.
With HD sensor - for automotive QC engine applications.
P/N 3Z83040
50mm
lens for standard ConoProbe
Very popular in precise reverse engineering applications
P/N 3Z81050
75mm
lens for standard ConoProbe
Very popular in reverse engineering applications and in-process inspection
inside holes
P/N 3Z81075
100mm
lens for standard ConoProbe
Popular for wood industrial applications
P/N 3Z81100
ConoProbe
HD
25mm
lens for ConoProbe HD
For high precision measurement of sharp contours on shiny surfaces. P/N 3Z81025
25mm Gold lens for ConoProbe HD
Distortion free aspheric lens. P/N 3Z81030
50T
lens for ConoProbe HD
High definition lens P/N 3Z81050T
50mm- Extended Lens for ConoProbe HD
Best for small turbine blades
NanoConoPrbe
25mm Gold lens for NanoConoprobe
Widely use in PDP surface coatings inspection P/N 3Z79030
User Interface
Predefined recipes: multiple measurement areas and set-ups using a video camera.
The measurement & inspection plan are defined during the scan set-up
Video camera & On-line Viewer
Output: COP, STL, Inspection reports
Output:
Cloud of points
and STL Analysis
report
ConoScan 4000 3D Analysis & Inspection Software
The ConoScan 4000 is provided with sophisticated Scanning and Profile, Surface and 3D Analysis software. The
software has an option to import CAD/Solid files in different formats (SolidWorks, Open I, etc.) for feature
dimensional analysis.
Optimet Viewer Analysis Software
Profile and Surface analysis - Radii, Angles, Heights,
Distances analysis.
Geomagic Qualify 12 /Studio 12
Inspection & Metrology/CAD Module
Feature definition, analysis and CAD compare, Radii,
Angles, Heights, Distances analysis.
