The core strength of HIROX, as an optical lens maker, lies in its
"observation ability". individual still images cannot represent
3-D geometry information. This is the only possible with the observation of
moving pictures. The reality up to now was to sacrifice moving dynamics,
because it was difficult to output large volume high resolution image as
moving pictures. KH-3000 is the first unit to successfully realize super
high resolution and moving picture output at the same time. The resolution
is a 15 frames/sec (double buffers) output in UXGA(1600 x 1200 pixels)
format. The diagrams below and 3 moving pictures show the differences of
moving dynamics. You'll find not only speed (frames/sec) but also double
buffers capability both significantly improving picture quality.
Furthermore, KH-3000 is equipped with an S-video full moving picture output
capability.
To feel UXGA High Resolution Image, click the UXGA icon. (UXGA =
1600x1200 resolution)4.82MB *If your monitor's
setting is less than 1600x1200, you will see only the portion of image.
7.5 F/S double
buffer
7.5 F/S single
buffer
*To
synchronize 3 moving images, just click reflesh
icon in your web browser.
You can check the degree of focus in the 'Blue Bar'
on the right side of the screen. It enables you to specify the focus area
choosing any position and size on the screen, allowing you to check the
degree of focus of the area not only by the image itself but also in
numeric terms. It is possible to measure the height with Z-stage usage.
The color temperature of the metal halide lamp is 5600K (compared
to a color temperature for halogen lamps of 3000K), which is much closer to
natural light source with a well-balanced spectrum distribution. Its higher
color renditrion capability allows it to reproduce
samples in their originals vivid colors. Also, its luminance efficiency is
five times higher than ordinary halogen lamps, meaning a 21W halide lamp is
brighter than a conventional 100W halogen lamp.
The camera unit features that leverage lens performance for image
quality improvement.
Just
one-click allows automatic adjustment of both brightness and contrast.
Bottom lame coating painting
of clear layer (3000x)
With
a maximum of 8 seconds duration, an open shutter can achieve brighter
observation without raising a gain.
Cap bottom (12x)
Splitting the screen into two (vertically or
horizontally) or into quarters (4 up) can allow you to compare recorded
images and present images freely.
Horizontal 2up
IC (100x)
Vertical 2up
(IC 100x)
4 up
There is an all-directional edge emphasizing
capability that can create outlines to emphasize images in any or all
directions.
Flexible solder (100x)
The Gamma value correction can improve the image
where brightness value distribution is biased.
Oil
pen point (60x)
Noise
component alone can be removed from images in cases where the gain must
be raised.
Our rich and unique lens adapters bring optimum observation and lighting to
the individual.
A
360-degree rotational prism can provide you with real time and authentic
observations from inclined angles. It is easy and requires less space
compared to incline a lens. Moreover,
observation through moving pictures allows you to perceive shapes clearly
as if they were solid on your palm. This is also true for larger samples.
Gold Plated
Pin on IC
(3-D 50x, 25~55 degree angle views) Click here
for larger image
It provides soft
lighting diffused in all directions, preventing metal halation and the
reflection of strong light.
Without Diffuser
With Diffuser
Universal Joint (20x)
It
enables self-light emission observation by irradiating certain
wavelengths of light onto samples that display own characteristic of
fluorescence.
Liquid Polystyrene
(600x)
Inside Cell of a
compound eye (2000x)
It
provides bright-visual-field observation through transmission using the
transmitted illumination unit attached to the dedicated stand.
Blast Surface
(180x)
With transmitted
Lighting
You can extend
the magnification range. For example,MX-5040RZ lens (50x-400x) can be
20x-160x with low adapters or 100x-800x with high adapters.
20x Dandelion
100x
This
feature allows you to change the lighting angle continuously from vertical
to side. Now you can easily obtain the most appropriate lighting angle that
depends on what you are going to view.
Side lighting
(75°)
Composite
Vertical lighting
(12°)
500yen coin (30x)
We added co-axial side lighting
capability to the bright-visual-field observable co-axial vertical
lighting. This new function makes possible for you to observe three dimensionals shapes by emphasizing microscopic cracks
and convex concaves that are visible under co-axial vertical lighting.
Side Lighting
Co-axial
Lighting
Sided Co-axial
Lighting
Chip Surface
(1700x)
This
is another observation method that utilizes differences in sample
polarization characteristics. You can observe using this characteristic
in such method as removing the surface reflection or coloring areas of
distortion, for example in the resin, that are not visible under natural
light.
Vertical Lighting
(12°)
Polarized Lighting
Human Skin (50x)
Vertical Lighting
Polarized Lighting
Carbon Crystal (2000x)
You
can lengthen the working distance by changing an adapter in the case of
lens not allowing sufficient working distance.
By
irradiating a laser slit from a diagnal angle
of 45 degrees, the height can be obtained by measuring the distance of a
slit.
