3D Scanner

Blue Light Structure Optical Scanner

 

Blue light structured light scanners are a type of 3D scanning technology that uses a projected pattern of blue light onto an object's surface. These scanners operate by projecting a known pattern of structured light onto the object, which deforms when it encounters surface variations. A camera then captures images of the deformed pattern, and sophisticated software analyzes the distortion to calculate precise 3D coordinates of the object's surface points.

The use of blue light in these scanners helps to minimize interference from ambient light, providing more accurate and detailed scans, especially on objects with complex geometries or reflective surfaces. This technology is commonly employed in applications requiring high-resolution scans, such as quality control in manufacturing, reverse engineering, cultural heritage preservation, and medical imaging for orthotics and prosthetics. Blue light structured light scanners offer precise, fast, and non-contact 3D scanning capabilities, making them valuable tools in various industries for capturing detailed surface information and creating accurate digital representations of real-world objects.

 

Accurate's 3D Scanning Solution capturing detailed digital models for precise analysis and replication.
Accurate's cutting-edge 3D Scanning Solution creates precise digital models for analysis and replication
Accurate's 3D Scanning Solution features display: high-resolution scanning, precision measurements, and versatile applications

Features

  1. Non-contact data capturing: Cutting-edge touchless technology for precise information acquisition without physical contact.
  2. Full-field measurement with thermal color plot: Detailed visual representation showing temperature deviations.
  3. High-speed data processing: Rapid and efficient handling of data for quick analysis.
  4. Universal scanning range: Versatile capability to scan objects of various sizes and shapes.
  5. Faster measurement and analysis: Swift collection and evaluation of data for expedited results.
  6. Easy integration with Robots and Cabot’s: Seamless compatibility for effortless robotic and cabin integration.
  7. Compact and portable design: Conveniently mobile, making it adaptable for diverse scanning applications.
Accurate 3D Scanner Quadro - Very high versatility of applications. Scanning accuracy up to 0.007 mm
Very high versatility of applications scanning accuracy up to 0.007 mm
Technical specifications:Quadro +
Light source typeBlue LED
Number and type of cameras2 x 12 Mpix , 2 x 9 Mpix
Scanning accuracy according to DE VDI/VDE2634 Part 2, 4.1 Pup to 0.007 mm
Scanning time1.2 second
Measuring rangeInner: 220 x 160 x 90 mm
Outer: 450 x 225 x 180 mm
Points densityInner: 351 pt/mm2
Outer: 88 pt/mm2
Computer connectionUSB 3.0
Export formatsstl, ply, obj, asc, bin
Hardware requirementsWindows 10 (64 bit)
SoftwareeviXscan 3D Suite
Accurate 3D Scanner Optima + M - Optimal solution for the 3D scanning. Scanning accuracy up to 0.009 mm
Optimal solution for the 3D scanning. Scanning accuracy up to 0.009 mm
Technical specifications:
Optima+ M:
Light source typeBlue LED
Number and type of cameras2 x 7 Mpix
Scanning accuracy according to DE VDI/VDE2634 Part 2, 4.1 Pup to 0.009 mm
Scanning time1.2 second
Measuring range320 x 190 x 120 mm
Points density117 pt/mm2
Computer connectionUSB 3.0
Export formatsstl, ply, obj, asc, bin
SoftwareeviXscan 3D Suite
Accurate 3D Scanner - Precise 3D scanning Small Sized Objects. Scanning accuracy up to 0.006 mm
Precise 3D scanning Small Sized Objects. Scanning accuracy up to 0.006 mm
Technical specifications:FinePrecision
Light source typeBlue LED
Cameras number and resulotion2 x 8.9 Mpix
Scanning time1 second
Measuring range120 x 60 x 32 mm
Point density1 233 pt/mm2
Scanning accuracyup to 0.006 mm
Computer connectionUSB 3.0
Export formatsstl, ply, obj, asc, bin
SoftwareeviXscan 3D Suite
Accurate 3D Scanner - precise quality control of large objects through 3D scanning
Precise quality control of large objects through 3D scanning
Technical specifications
WideRange 65 scanner
Measurement range575 x 290 x 240 mm
Point density54 pts/mm²
Scanning accuracy0.03 mm*
Minimal scanning time1.2 second
Light sourceBlue LED
Cameras' resolution8,9 Mpix
SoftwareeviXscan 3D Suite
Computer connectionUSB 3.0
Export formatsstl, ply, obi, asc, bin
Operating systemWindows 10 (64-bit)
Accurate 3D Scanner Application - Reverse Engineering
Reverse Engineering - The triangle mesh maps surfaces and forms the basis for creating CAD models of an object. This allows creation of technical documentation for an object. The resulting model can be used to manufacture a replica, or as a starting point for the design of new products or variations.
Accurate 3D Scaner Quality Control
Quality Control - The scanned product is compared with a reference CAD model to create colour deviation maps.This allows accurate verification of tolerances on manufacturing drawings and measurement of elements that are difficult to measure by other methods.
Accurate 3D Scanner Application - Rapid Prototyping
Rapid Prototyping - Producing prototypes quickly and cheaply is an important strategy for gaining competitive advantage today. A precision 3D scanner, such as eviXscan 3D, is an essential part of the rapid prototyping process.
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