API Dynamic 9D LADAR

Based on Optical Frequency Chirping Interferometry Non-contact precision measurement system

OFCI

Core measurement technology

0.2sec/cm²

Scanning Speed

50lines/sec

High-Density Scanning

Download

25m

Range

20KHz

Data Acquisition Rate

25μm＋6μm/m

3D Accuracy

Contact API

The Dynamic 9D LADAR is available in 3 ranges: LD-8, LD-15 and LD-25.

9D LADAR

Industrial automation production measurement fieldBreakthroughSolution!

The new standard in automated non-contact optical dimensional metrology

API 9D LiDAR uses optical frequency domain interferometry (OFCI – Optical Frequency Chirping Interferometry) technology, which can be used in a variety of environments and complex working conditions such as workshops, laboratories, and the field to achieve non-contact and precise measurement of workpieces or targets. It has extremely high measurement accuracy and extraordinary measurement efficiency, and can quickly capture workpiece size and surface geometry data.

The function is much better than conventional lidar

The sensitivity of the 9D LiDAR based on OFCI technology is more than 100 times higher than that of conventional LiDAR, so it can provide higher measurement accuracy and better measurement efficiency than conventional LiDAR. The 9D LiDAR provides micron-level measurement accuracy, 20kHz data acquisition rate, and is not easily affected by the external environment during measurement, effectively avoiding the problems of conventional LiDAR being greatly affected by material reflectivity, limited incident angle range, and susceptible to environmental noise.

Compact design, flexible application

The 9D laser radar is compact, small and light in design, with a main unit weight of only 10.4 kg. It can be easily loaded on a robot, guide rail, or gantry coordinate measuring machine for automatic measurement.

API 9D LADAR Vs. LASER RADAR

​

API 9D LADAR

LASER RADAR

Comparison Conclusion

Core Technology

Optical Frequency Chirping Interferometry technology

Phase laser radar measurement technology

9D LADAR better

Data acquisition rate

20,000 Points/sec

500 Points/sec – 1,000 Points/sec（MAX）

9D LADAR better

Scan speed

0.2sec/cm²

1sec/cm²（Fastest）

9D LADAR better

Raster Scan

50 lines/second – at 0.1mm horizontal line resolution

None

9D LADAR better

Measurement accuracy

Linear：20μm＋2μm/m

3D：25μm＋6μm/m

Linear：20μm＋5μm/m

3D：20μm＋14.5μm/m

9D LADAR better

Laser beam spot size

32μm or less

Sub mm level

9D LADAR better

Affected by the reflectivity of the object being tested

Almost no

Big impact ​

9D LADAR better

Angle of incidence

≥85°

≥45°

9D LADAR better

Translucent object measurement capability ​

Excellent

None

9D LADAR better

System control box

Built-in integration

External

9D LADAR better

9D LADAR

· Based on Optical Frequency Chirping Interferometry technology
· High-precision non-contact measurement method
· Rapid generation of high-quality point clouds
· Provide X/Y/Z/I/J/K/R/G/B parameters
· Integrated control box, flexible to use
· Accurate measurement, efficient output
· And more

API Warranty

API provides 2 years warranty for the 9D LADAR, which exceeds the industry standard and covers instrument parts and labor costs.

Entering a new era of automated measurement

Conventional non-contact laser radar (LASER RADAR) measurement technology has been proven to be effective in measuring vehicle bodies and components, and can replace near-line coordinate measuring machines in some production environments. However, conventional laser radar (LASER RADAR) still has low efficiency and cannot keep up with production progress in some applicable environments and sites, so it can only be used for sampling audits. The breakthrough API 9D laser radar (9D LADAR), with its automated high-speed precision scanning based on OFCI technology, is much more efficient than conventional laser radar (LASER RADAR), can quickly collect and provide surface geometry point cloud data and gap difference data, and can be integrated into production lines or installed near-line, which greatly improves detection efficiency while improving detection quality, improves productivity for users, and provides a cross-era efficient automated precision measurement solution for the manufacturing industry.

MEASUREPRO measurement software

MeasurePro measurement software can efficiently identify, record and dynamically display the scanning path of API 9D LiDAR and the point cloud data captured and generated, realize physical alignment, imported CAD feature extraction, seamless generation of selected scanning areas and other functions, and complete a series of powerful data geometry analysis. At the same time, 9D LiDAR is compatible with most third-party measurement software on the market (such as: Polyworks, Metrolog X4, Verisurf, etc.), perfectly integrated into the existing measurement system, and is the only choice for measurement analysis, CAD comparison, creation of digital twins and other operations!
 

Contact US

400-685-0256 & 010-59796858

 

 

Contact API