CMM Line Scanners

L100 – Best combination of productivity and accuracy

The newest laser scanner from Nikon Metrology introduces the 4th generation Enhanced Sensor Performance (ESP4). With a high point resolution along a 100 mm wide stripe, the L100 achieves a data collection rate of 200,000 points per second. As the most productive line scanner, it offers double the point resolution, 2.5 x the scanning speed and 30% better accuracy than other scanners. With a projected field-of-view, the L100 makes for easy path planning and the ESP4 means it is the most adept at handling difficult shiny or reflective surfaces.

Like other line scanners, the L100 is often used for surface and feature inspection in automotive and aerospace applications. However, its specification makes it the fastest and most accurate multi-purpose scanner, therefor the most proficient tool for almost any application.

Benefits Applications
  • Ultrafast data collection – 200,000 point/s scan speed
  • Captures the finest details – Best-in-class probing error of 6.5 ?m
  • Easy to use – Field-of-view (FOV) projection
  • Highly accurate surface & feature inspection for automotive and aerospace industries
  • Fast surface inspection and shape validation
  • Body-in-White (BIW) and gap & flush inspection

LC15Dx – Closing the gap with tactile accuracy

The high accuracy LC15Dx uses a smaller laser stripe, but with more points along the stripe for a higher resolution makes it the most accurate Nikon Metrology laser scanner available. The LC15Dx perfectly suits digitizing compact or detailed objects with higher point density and tighter tolerances, both suited for surfaces and features. Considering this, the LC15Dx is often used for the inspection of high precision parts.

The LC15Dx closes the gap between laser scanner and tactile probe accuracy, making it a viable alternative to a tactile probe for an increasing number of high precision CMM applications. In tests, the LC15Dx achieved the accuracy associated with using a tactile probe on a CMM. The probing error of 1.9 µm mirrors the accuracy expected when using a CMM fitted with a tactile probe. Unlike a tactile probe though, the LC15Dx uses non-contact 3D laser triangulation to measure the surface directly and eliminate probe compensation errors.

Benefits

Applications
  • Highest accuracy for inspection of precision parts
  • Viable non-contact alternative to tactile probe for many applications
  • Narrow stripe with high-resolution for inspection of smaller items
  • Medical implants
  • Precision moulds
  • Turbine blades

LC60Dx – All-purpose scanning

The LC60Dx can be used both on a static CMM or an articulated arm offering ultimate flexibility, the all-purpose line scanner ensures quality data collection with optimal cost-performance ratio. Featuring the ESP3 it deals with challenging reflective, shiny or multi-colour surfaces. The LC60Dx is often used for surface inspection, troubleshooting and shape validation.

Benefits

Applications
  • Dual-purpose for use on CMM or articulated arm
  • Straightforward programming and execution, even for novice or non-metrology users
  • Cost-effective solution for all purposes
  • Surface inspection
  • Troubleshooting
  • Shape validation

CMM Cross Scanners

XC65Dx – The ultimate scanner for feature inspection and more…

The XC65Dx Cross Scanner utilises three laser stripe scanners in one sensor. The three lasers are spaced 120 degrees apart and observe the part in question from three angles. By doing this, the XC65Dx can acquire the same amount of data with just one scan than a line scanner would do in three scans. This feature makes the XC65Dx well suited to feature inspection of slots, holes and grooves in sheet metals or items with a large complex surface area. It is often used in automotive BIW (Body-in-White) inspection, gap & flush and driveline casting inspection.

XC65Dx-LS (long standoff variant)

Whilst the long standoff Cross Scanner retains the many advantages of the original XC65Dx, it also excels in dealing with accessing difficult-to-reach or obscured areas. By capturing geometry up to a distance of 170 mm (7.1 ”), the scanner gains optimum access to cavity surfaces of body-in-white structures or can scan over the clamps that hold components in position. For these reasons, the XC65Dx-LS scanner is used a lot on horizontal-arm CMMs in the automotive industry.

Benefits

Applications
  • Full 3D capture of complex surfaces and features geometry in a single scan
  • Suited for both surface and feature scanning in tight cycle times
  • Optimised for deep pockets and slots, and accessing other hard-to-reach locations (LS)
  • BIW (Body-in-White) inspection
  • Gap & flush
  • Driveline casting inspection

Handheld Scanners

MMDx ModelMaker sanner – Portable productivity

MMDx ModelMaker scanners are used in handheld applications and feature different model with different stripe widths. They are optimised for portable 3D inspection and reverse engineering and are of a robust design to be deployed in both metrology labs or on a production shop floor. Just like the CMM scanners, the ModelMakers use ESP technology. Incorporating dynamic point-per-point laser intensity adaptation which allows different surface materials, finishes and transitions to be scanned without user interaction.

Benefits

Applications
  • Seamless transition between scanning and touch probing
  • ‘Plug-and-play’ – Quick and easy setup
  • Robust design for metrology lab or production shop floor
  • Reverse engineering
  • First article inspection against CAD
  • Gap & flush inspection

K-Scan MMDx – Full freedom scanning

MMDx scanners are used in the K-Scan probe with Optical CMM localizer. K-Scan MMDx is a walk-around laser scanner for portable metrology applications. Accurate, easy-to-use and with stunning performance ensure it to be the most capable handheld scanning solution without mechanical constraints. The scanner is tracked by the K-CMM Optical Tracker, so that operators can measure anywhere needed.

© MMDx is the ultimate tool for accurate part-to-CAD inspection and productive reverse engineering, combining the accuracy and productivity of the MMDx laser scanner and the user freedom, measurement volume and motion compensation of the K-CMM Optical Tracker system. The optical CMM is used in larger measuring volumes and can easily cover a full car. The measuring volume can even be extended further to accommodate trucks, buses or off-road vehicles.

Benefits:

Applications:
  • Measure anywhere & effortless handling with ergonomic design
  • High scanning throughput for maximum productivity
  • Large measurement volume up to 35 m³,further expandable by leap frog functionalities, multi-camera support or dynamic referencing
  • Full freedom scanning of large objects: automotive components of any size
  • On-site measurement applications
  • Scanning for reverse engineering

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XLP

XLP Laser Scanners 250, 500, 1000

The XLP laser scanners are able to scan diverse surface materials without any special coatings, is up to 50% more accurate, up to 70% faster scan rate, and up to 30% higher resolution.

Features

  • Industry best accuracy, resolution and speed for laser line scanning technology
  • Automated, programmable 3 to 6 axis scanning control
  • Factory calibration to NIST traceable
  • Advanced noise suppression controls
  • Windows 7 and 8 compatibility

Benefits

  • Fast program set up
  • Ability to scan shiny parts
  • 30% improved accuracy and resolution
  • Highest speed data collections & shorter inspection times
  • Clean room and factory floor compatible
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SQ3000

The Ultimate in Speed and Accuracy for Coordinate Measurement Applications – Seconds. Not Hours.

Fast and highly accurate with repeatable and reproducible measurements for metrology applications in the manufacturing of a wide variety of products such as PCBs, semiconductors and consumer electronics.

The SQ3000™ is powered by our parent company, CyberOptics and their breakthrough 3D sensing technology comprising four multi-view 3D sensors and a parallel projector delivering metrology grade accuracy at production speed. CyberOptics’ unique sensor architecture simultaneously captures and transmits multiple images in parallel while proprietary 3D fusing algorithms merge the images together. The result is ultra-high quality 3D images and high-speed inspection.

SQ3000 CMM utilizes CyberCMM™, a comprehensive software suite of coordinate measurement tools that provides highly accurate, 100% metrology-grade measurement on all critical points much faster than a traditional CMM, including coplanarity, distance, height and datum X, Y to name a few. A fast and easy set-up can be performed in less than an hour for programming complex applications as compared to slow, engineering resource-intensive set-up that typically requires multiple adjustments with traditional coordinate measurement machines.

SQ3000 3D CMM offers unmatched accuracy with the advanced MRS technology by meticulously identifying and rejecting reflections caused by shiny components making MRS an ideal technology solution for a wide range of applications including those with very high quality requirements.

The Ultra-High Resolution MRS sensor enhances the SQ3000 CMM platform, delivering superior performance ideally suited for Socket Metrology and micro-electronics applications where an even greater degree of accuracy and inspection reliability is critical.

What sets the SQ3000 apart?

Speed:
– Significantly speeds attaining coordinate measurements vs. traditional CMMs
– Reduces engineering resource time
Ease of Use:
– Simplifies process with award-winning, intuitive, touch screen experience
– Quick programming for complex applications
– Multi-process capable – AOI, SPI, AOM, CMM
Metrology-grade Accuracy:
– Achieve metrology-grade accuracy with MRS-enabled technology
– Repeatable and reproducible measurements for metrology, semiconductor, microelectronics and SMT applications.

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