Full Automatic Polarimeter LSM-9100 product family

LSM-9100 product family

Wide measurable range model (Retardation:0-3,000nm)
Demonstration is OK, so please inquire.

<Model name>
 Fullauto StrainEye
<Type number>
 LSM-9100W、LSM-9100WS

Luceo Co., Ltd. has been developed polarization technology for a long time, and now supplies a fully automatic polariscope as astrategy product, bringing original technology to the market.
Fullauto StrainEye LSM-9100W/WS is a fully automatic 2D-measuring device which measures retardation values and the direction of a slow axis in a transparent body having strain and birefringence therein.

In order to measure the direction and the birefringence, conventionally the visual observation type polariscope using the Senarmont method is used. As well, our in-house manufactured product, Semiauto Senarmont which performs semi-automatic operations with the analyzer only manually rotated is also used.

The Senarmont method is an inspection method for measuring retardation quantitatively. An operator rotates the analyzer so that brightness of the part to be measured changes from the brightest state to darkest state, and measures its retardation by rotating the analyzer angularly. However, this conventional type has a problem such as the difference in decision of the brightness due to the difference in the condition during the measurement and also due to the difference in skill of each operator. Moreover, in Semiauto Senarmont, although the accuracy of retardation measurement has improved from the visual observation type, the area to be measured is defined to the specific small portion in an image. Furthermore, in the Senarmont method, the direction of slow axis cannot be measured, and it only can be guessed, in consideration to the result of the sensitive color method. Moreover, when displaying 2D distribution is desired, many results measured and obtained much time is needed to map and measure the results.

This Fullauto StrainEye makes it possible to start measuring immediately by only putting a sample on the polarizer. Therefore, retardation values and the direction of the slow axis can be measured easily. The measurement result is not influenced by each pixel of differences of personal skill. Not only a specific part is not subjected to the measurement but all of each pixel of a built-in CCD camera measures the entire detecting part. Since the direction of retardation and a slow axis are 2D-displayed on a monitor, those direction states are recognized immediately by the operator.

This device is connected with a PC, and it is therefore feasible to save not only the measured data but also the observed image data easily.

With the use of super-luminescent LED as a light source, this detector is designed for long life and low power consumption.
Accordingly maintenance and replacement of the light source as well as running costs can be reduced or dispensed with all together.

Specification

Size LSM-9100W : W300 ☓ D353 ☓ H540 mm
LSM-9100WS : W300 ☓ D353 ☓ H580 mm
Weight LSM-9100W : 22 kg
LSM-9100WS : 24 kg
Measurement object placement space (height) LSM-9100W : Max 160 mm
LSM-9100WS : Max 115 mm
Measurable range 0~3,000nm (Retardation)
Inspection Method RGB Linear Polarization Method
Measurement Wavelength 420 ~ 680nm

Repeatability (standard deviation) 1 wavelength measurement: σ < 1 nm
3 wavelength measurement: σ < 3 nm

Measurement area size LSM-9100W : ⌀ 150 mm
LSM-9100WS : Variable with zoom lens
         1. Standard : 60 × 60 ~ 10 × 10 mm
         2. Option : 30 × 30 ~ 5 × 5 mm
          (× 2 Extension lens addition mounting)
Effective pixels 1100☓1100
Other Light Source:high-luminanceLED
PowerSorce:AC100~240V 50/60Hz DC input 24V 1.6A
Component:Mainbody,PC,Cables
Accessory:Main body cover
OS:Windows10 (64bit)

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