Height measurement USB microscope　USH500CSU-H1-CNX

Capable of measuring height in microns!
High accuracy achieved through ultra-high magnification

● Comes with an indicator for measuring height

● Ultra-high magnification of up to 2700x!

● Minimizes chromatic aberration

● Sharper edges

● Japan’s top zoom ratio of 12

● Adopts a global shutter to prevent screen shaking at ultra-high magnification ranges

● 1/4 the price of conventional high-end machines

● Coaxial lighting type

● Comes standard with simple measurement software that can measure the distance between two points

Product Inquiry 028-3911-2006

Height (Z-axis) can be measured with indicator

An ABS digital indicator is attached to a stand for USH.

– Measurement range: 25.4mm
– Minimum display: 0.001mm (switchable between 0.001/0.01mm)
– Indicator precision: 0.003mm

＜Example of use: A video measuring the height from the smartphone’s LCD screen to the surface of the protective film＞

Reference → Repeatability of height measurement using indicators

Functions of the pre-installed standard measurement software

Save still images (JPEG / BMP formats)
Measure the distance between two points
Pause (Freeze)
Save / read calibration data during measurement
Fit-in, digital zoom
Supported operating systems: Windows 8 or later
Saving / reading calibration data during measurement
※Calibration glass scale is optional and sold separately.

Standard equipment


5.0 MP USB3.0 camera	Ultra-high magnification zoom lens	Objective lens


Stand with coarse and fine adjustment angles	ABS Digimatic Indicator	Dimmable coaxial lighting


XY Stage	Viewer software

Features

Why is its price so low?

: We make this product with only necessary features and omit unnecessary ones. Autofocus and focus stacking functions are not included. Instead, more attention is paid to the lens to obtain clearer observation images. Please take a look at the high-quality images observed with Japan's top-level lenses.

: ※We always accept test requests. Please feel free to contact us.

The great thing is: 1. Chromatic aberration is reduced to the limit! Observing the surface of a 10-yen coin at 1000x magnification.

: Observing with SH140CCD-R2
When observing at an ultra-high magnification exceeding 1000x, color separation occurs due to the difference in wavelength.

: Observing with USH500CS-H1
Color separation does not occur even at an ultra-high magnification exceeding 1000x. Optical and chromatic aberration are reduced to the utmost limit! The image is sharper and the edges are sharper even at high magnification.

2. Sharper edges! Observing the surface of black rubber at 1000x

: When observing with SH140CCD-R2

: When observing with USH500CS-H1, both the image and the edges are clear.

Observation at ultra-high magnification

When observing at ultra-high magnification (over 1000x), the edge of the observed object is inevitably blurred due to aberration. Aberration occurs due to the performance of the lens. Aberration can be suppressed to some extent by lens choice. However, this also greatly affects the product price, so I think it is necessary to use different lenses depending on the observation object.

Shodensha offer
(1) A general-purpose ultra-high magnification lens and
(2) A high-performance ultra-high magnification lens with maximum performance.

Observing patterns of a silicon wafer at 1200x with two lenses.

: For general-purpose lenses (SH140CCD-2R)
With a general-purpose lens, an object with a 1 μm pitch has a bulging edge and looks integrated.
● Criteria for proper use
As long as a 1 μm object does not come close to you, you can check its presence or position with a general-purpose lens.
Therefore, you can use it to check foreign matter, or presence or absence of patterns, etc.

: For high-performance lenses (USH500CS-H1)
With high-performance lenses, an objects with a 1 μm pitch can also be checked individually.
● Criteria for proper use
A high-performance lens is necessary to observe surfaces with approximately 1 μm pitch and observe particles with such of the same color gathered together.

Specification

General Specification

Model Number: USH500CSU-H1-CNX

Magnification: 230x - 2700x　※Magnification value is calculated and converted to apply to 17-inch monitors.

Field-of-view: 1.5mm×1.25mm（at 230x）　0.12mm×0.1mm（at 2700x）

Supported Operating System: Windows 10、11

Memory: 8GB or more

Camera

Image Sensor: 1/2”CMOS

Number of Pixels: 5.0 MP

Resolution: 2600×2160

Frame Rate: 2600×2160（59.8fps） ※Actual frame rate varies depending on the performance of the computer and the settings.

Connection: USB3.0

CPU Requirement: Intel core i5 or above

Lens

Working distance: 14mm constant

Introduction of optional software

We have various optional software!

●We also offer a lot of optional software for measurement, focus stacking, automatic visual inspection, image connection, and graphite spheroidization rate measurement.
You can also use the commercially available application (* DirechShow compatible) that are currently in use.

Optional measurement software

高機能画像処理計測ソフトウェア　MFShip

●Measurement support (Edge automatic fit) function
●Pin-point digital zoom function
●Focus stacking function for easier use
GS-4SQ calibration tool also included
(with 4 sets of increments 20µm / 100µm / 500µm / 1mm)

【Measurement items】
● Distance between two points
● Distance between parallel lines
● Distance between horizontal parallel lines
● Distance between vertical parallel lines
● Vertical distance
● Distance between circle centers
● Point coordinates
● Angle from 3 points
● Angle from 4 points
● Diameter of a circle defined by 3 points
● Diameter of an approximate circle
● Rectangle
● Ellipse
● Approximate straight line
● An arc defined by 3 points, etc.

【Useful functions】
・Edge automatic fit function
・Pinpoint digital zoom function
・Scale display
・Focus stacking function
・Report creation
・Image connection (tiling) function

Inquire about this product

028-3911-2006

Business hour: 08:00 - 17:00
Closed on weekends & public holidays

Capable of measuring height in microns! High accuracy achieved through ultra-high magnification