Detailed
shapes are contact-measured
using an extra-small
stylus with
a tip ball diameter
of 30µm
and shaft length
of 2mm.
Suitable
for inside
surface measurement
of fine holes
such as fuel
injection
and polyester
nozzles or
dimensional
measurement
of a micro-machined
part with
a wire-cutter
or a micromachine,
etc.
Employs
a vision probe
that enables
the user to
zoom in on a
desired fine
section or to
perform normal
vision measurements
as standard.
Optional
TP200 touch-signal
probe for
CMM can also
be used.
Three
models are
available:
the QVA404,
which is suitable
for measuring/inspecting
small electronic
components
such as IC
packages and
lead frames;
and the QVA606
and QVA808,
which are
suitable for
measuring/inspecting
large-size
printed circuit
boards, metal
masks and
display panels.
The
moving-bridge
structure
eliminates
the need for
a moving stage.
This facilitates
a more simplified
design of
the workpiece
fixture.
The
newly developed
laser auto-focus
mechanism can
be used for
high-speed height
measurement
(factory-installed
option).
The
Super Quick
Vision Accel,
a higher-accuracy
version of
the QVA, is
also available.
A
fully revamped
lineup of the
Quick Vision
Series, which
has been receiving
positive reviews
for its excellent
image-processing
capability and
versatile functions.
The
light sources
of the contour
illuminator,
reflected
illuminator
and ring illuminator
have all been
changed to
LED. Consuming
less power
and lasting
longer, the
LED light
source also
offers excellent
response and
shortens the
measuring
time. Additionally,
both the ring
illuminator
and reflected
illuminator
adopt RBG
color LED
illumination,
making it
possible to
measure workpieces
that are otherwise
difficult
to measure
under white
light. The
ring illuminator
allows independent
control of
its irradiating
direction
in each of
the four quadrants
and to set
its irradiating
angle freely
in a range
between 30°
and 80°.
The
measuring stroke
of the Z-axis
can be increased
to a maximum
of 250mm (QV404,
606). This,
combined with
an optional
touch probe,
allows the measurement
of three-dimensional
objects.
Various
options are
available, including
the laser scanning
probe and touch
probe.
Four
models are available,
each offering
a different
measuring range
to suit whatever
object you want
to measure.
There are variations
between models,
offering standard
to high accuracy.
An
ultra-high-accuracy
CNC vision measuring
system operating
at (0.3+L/1000)
m - the world's
highest U1XY
accuracy - is
provided for
each axis.
In
order to obtain
excellent
motion accuracy
on each axis,
hydrostatic
bearings are
adopted as
guides.
Employing
an optical
linear encoder
with a resolution
of 0.01m for
the length-measurement
system. A
crystallised
glass scale
of virtually
zero thermal
expansion
coefficient
used as the
material for
the linear
encoder, thereby
minimising
errors (accuracy
fluctuations)
due to temperature
(thermal)
changes.
By
using the FEM
(Finite-Element
Method) structural
analysis to
design a body
base, highly
rigidity is
ensured.
A
low-cost version
based on the
QV Series for
easy visual
inspection and
measurement.
A
colour CCD
camera provides
sharp, lifelike
workpiece
images.
A
model equipped
with zoom lens
is also available.
Just
by clicking
the mouse
near the edge
of a workpiece,
the system
automatically
scans the
edge and detects
it, showing
its co-ordinates.
Reticles
for microscopes
and overlay
charts for profile
projectors can
be created and
displayed on
a PC monitor
with the QS
PAK software's
"Template
Tools"
function.
Vision
Measuring System - Non Contact
