Features

Linearized CCD

Advanced Features

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Case Study : Non-contact Measurement Sensors Reduces Scrap, Provides 100% Inspection

Features
ABLE Function for Reliable Measurement of All Targets
Surface Sensing Technology and New Measurement Algorithms,
For full details, download the PRODUCT CATALOG using the CATALOG icon in the Online Support and Services box above

Measurement of Diffuse, Transparent, or Translucent Targets.

Multiple Reflections Targets are Not a Problem.

Conventional laser displacement sensors were unsuitable for measuring transparent and translucent targets, as well as targets that produced multiple reflections. Thanks to the ABLE surface sensing technology and new measurement algorithms, highly accurate measurement of these types of targets is now possible.

ABLE*

Sensing the surface conditions to control laser light intensity to the optimal level

ABLE technology senses the surface of a target and adjusts the intensity of laser light to an optimal level. ABLE intelligently controls the three elements of laser emission time, laser power, and gain (CCD amplification factor), achieving a wide adjustment range of light intensity that is up to 90 times wider than conventional models. In addition, speed is 120 times faster than conventional models through the use of real-time control with a high performance CPU. Accurate measurement can be performed despite drastic changes in the target’s surface condition. * ABLE= Active Balanced Laser control Engine

The shift of laser emission time and laser power with a target

RPD* Algorithm

Measuring the surface of translucent plastic with high accuracy

RPD cancels the gradual broadening of the received light waveform generated by diffused reflection of laser light that enters the target, and then it reliably detects the true peak position (Real Peak) * RPD= Real Peak Detect.

Multi-ABLE Control

Optimizing the light emission level on the surface of multiple transparent targets

High-accuracy measurements unaffected by transmission factors or reflectance ratio are enabled by optimizing the laser light intensity for each layer of a transparent target and synthesizing the waveform of each layer.
(Patent pending)

MRC* Algorithm

Eliminating Multiple Reflections from a Metal Surface

When two or more peaks are generated by multiple reflections, the algorithm compares the waveforms to the most recent received-light waveform and determines the one with the most similarity to the “correct waveform”.
(Patent pending) * MRC=Multiple Reflection Cancel

Wide Spot Optical System

Selectable According to Targets and Applications

Two types of laser beam spot diameters are available:
* Wide beam spot type features a newly designed cylindrical lens enabling stable measurements on patterned surfaces.
* Small beam spot type features a sharp 30 µm beam spot diameter for minute target measurement.
Select the type that best fits your application