3D Laser Scanning Confocal Microscope

VK-X series

Problems Solved
Observation of Unparalleled Clarity
Measure Any Surface Shape
Fully-automated Measurements
Automatically analyze and differentiate 3D surfaces
Wide-field Measurements

Measure Any Surface Shape

Robust Measurement Software Provides Flexibility for Analysis

Perform Profile, Height, Area and Volume Measurements

[Profile and 3D measurement]
Height, Width, Angle and Cross-section Measurement

The VK-Analyzer software can measure the height, width, cross-section, angle or radius-of-curvature of any user-specified line or curved cross-section profile.

: Height, width, angle and cross-section measurement
(1000×)

: Radius-of-curvature of a micro lens
(1000x)

Surface Area and Volume Measurement

Measures volume, surface area and surface area to area ratio of objects in any specified location on the screen.

: Optical Film
(1000x)

: Surface Area Measurement of a Solar Battery (1000x)

Evaluate and Characterize Surface Topography

[Quantify Line and Surface Roughness]
Line Roughness Measurement

Calculate roughness on a 2D or 3D image for a given line.

Evaluate and Characterize Surface Topography

Surface Roughness Measurement

Quantitatively determine differences in surface conditions by measuring the surface roughness of a target.

Film - surface roughness comparison (3000x)

Sample A: Ra 1.5 μm

Sample B: Ra 3.2 μm

Area Film Thickness Measurement function

Capture Data from the top, Bottom and Intermediate Layers of a Transparent Object

Analyze multiple layers at all points in the observation field. You can display 3D images and cross-section profiles of a selected single layer or multiple layers, and measure shapes or film thicknesses of user-specified locations.

Area Film Thickness Measurement function

Automatically Record and Measure Multiple Samples at Once

[Automatically Measures Targets that have a Repeating Pattern]
Automatic width and height measurement

Automatically measures the width and height of targets that have a repeating pattern. Since measurement is automatic, no user errors are generated, allowing for rapid, accurate measurement.