APDIS in Automotive
A paradigm shift in shop floor inspection

Utilizing non-contact laser-based technology, the APDIS Laser Radar can directly measure automotive features without the need for surface preparation or adapters making it ideal for fully automated measurements directly in the production line.

APDIS’s long range and large standoff allows for measurements in all areas of the car body in absolute coordinates to HA CMM accuracy. Precision control of the beam creates optimized scan paths for features, keeping data sets small and measurement speeds fast.

The new APDIS MV430E ‘Enhanced’ model delivers the fastest ever Laser Radar, further increasing measurement throughput and productivity for automotive applications.

 

 

View specifications


Product overview

For automotive inspection, the APDIS Laser Radar offers the ideal capabilities to meet the need for flexible and absolute measurements directly on the shop floor. For automotive manufacturers this results in:

nikon-metrology-apdis-mv4x0

Faster tuning of new production line or vehicle model changes

nikon-metrology-apdis-mv4x0

Improved process control

nikon-metrology-apdis-mv4x0

Future proof data



Benefits & features


nikon metrology 3dmetrology shopfloor cmm absolute accuracyAbsolute accuracy on the shop floor

Using the APDIS system within a fully automated robotic measurement solution introduces an innovative approach to body-in-white (BIW) inspection.

  • HA CMM accuracy
  • Absolute coordinates
  • Direct comparison to CAD
  • No off-line correlation

 



nikon metrology 3dmetrology shopfloor cmm cmm quality data

CMM quality data without adapters

Features such as holes, slots, pins, studs, surfaces and edges can be quickly inspected using the APDIS Laser Radar directly without the need for special feature adapters. The measurement accuracy and repeatability of the Laser Radar is comparable to measurements taken with a traditional horizontal arm touch probe, whilst being many times faster

  • Fast setup
  • Direct feature measurements
  • 6 x faster than traditional monolithic devices

 



nikon metrology 3dmetrology shopfloor cmm robot independent accuracy

Robot independent accuracy with simplified programming

The robot positions the Laser Radar to provide line of sight to the required features; the Laser Radar then automatically realigns to the part by measuring tooling balls on the fixture. As such all measurements are collected in the vehicle coordinate system and feature accuracy is independent of the robots ability to accurately locate the Laser Radar. 

  • Absolute measurements
  • Independent of robot accuracy
  • Minimal robot positioning
  • Large standoff for part safety
  • Long standoff for feature accessibility

 



nikon metrology 3dmetrology shopfloor cmm frost sullivan

What industry research company “Frost & Sullivan” reports on Quality 4.0 in body in white inspection

“As Body-in-White inspection moves in the direction of Quality 4.0, it will become a fully automated, non-contact, absolute measurement process integrated into the production line. Traditional inspection approaches, such as horizontal arm CMMs, are being replaced by newer, automated approaches like Laser Radar systems.”

Frost & Sullivan

Download Frost & Sullivan white paper



nikon-metrology-apdis-measure-parts-in-situ-at-high-accuracy

Boost inspection productivity in the metrology room

Using APDIS in the metrology room as a replacement for traditional CMMs, the off-line facility ceases to be a bottleneck due to faster measurements allowing quicker problem investigation. APDIS can be used for a range of parts sizes from component inspection to full chassis and BiW depending on the configuration, offering many benefits:

  • Increased throughput with 8 x faster measurements than traditional column CMM
  • Fast setup with non-contact measurements and no feature adapters
  • Access difficult to reach areas with long range measurement
  • CMM comparable accuracy in a fraction of the time
  • Multiple stations served by single Laser Radar
  • Instant results with small data sets
  • Increase efficiency by only measuring what is needed when performing limited specific investigations

 



nikon-metrology-apdis-measure-parts-in-situ-at-high-accuracy

Innovating production line inspections

The APDIS MV330E provides the fastest feature measurements of any Laser Radar to date allowing inspection of critical features in the takt time of the line or a sampling strategy to cover more features over a set of car bodies for true process control. By automatically removing a car body from the line, detailed inspection is possible on vastly more components than previously possible. Single or dual APDIS bypass installations allow for the highest inspection productivity to CMM accuracies. After inspection the body is automatically re-inserted into the production line for seamless integration.

  • Measure inside, outside and hard to reach features
  • Global feature measurements with no correlation required
  • Real time measurements
  • True in-line capability with no part preparation needed
  • Completely automated measurements
  • Independent of robot drift and accuracy
  • Faster feedback of problems for better process control
  • Measure immediately from installation allowing for faster ramp up to production

 


 

 

Specifications

 MV430MV430E
Range 0.5m to 30 m 0.5m to 30 m
Data Rate 4000Hz
Scanning Speed* 500pts/sec
2 sec/cm2
1000pts/sec
1 sec/cm2
Feature Measurement Standard Feature Scan Enhanced Feature Scan**
Vibration Measurement  n/a  2000Hz Max ; 1µm/m sensitivity
Environmental IP54

*Default settings – stacking 4, points spacing 0.1mm, line spacing 1mm
**Feature measurement up to twice as fast as standard variant. Exact speed depends on settings

 

 

 RangeAzimuthElevation
Working limit 0.5m – 30m / 50m ± 180° ± 45°
Accuracy (MPE)  20µm + 5µm/m  13.6µm/m

 

  2 Point Length Measurement Accuracy* MPE(µm) = √(2(20 + 5RAve)2 + (13.6RAve)2)
Average Range (m) 0.5 1 2 5 10 20 30
MPE (µm) 33 40 57 115 216 420 625
Typical (µm) 17  20 28 58 108 210 313

* Accuracy given as Maximum Permissible Error (MPE) in accordance with ASME B89.4.19 – 2006 verified in vertical orientation at 20°C.
Typical accuracy shown is half MPE. All measurements taken in stable environment with ½” grade 25 or better tooling ball.

 


 

 

Brochures


Enter your data and request more information


Personal Information

Company Information

Enquiry Information

Stay informed

Nikon Metrology collects your data so that we can process your request and email you with information on products and services we think you might like including information about products and events.


Submit