Core measurement
machine specification
|
Outline
This machine is developed for
core pitch measurement of fiber array.
Ultra high precise measurement is achieved by using
CCD camera, laser scale and image processing.
With an option, this machine can measure the
direction and the divergent angle of the beam of
collimator array.
|
Constitution
|
1) xy
stage
|
xy stage is
consist of highly precise ball
screw and highly precise slide
rail, and the max speed of table
is 1mm/sec.
|
|
|
x axis
stroke
|
+/- 10
mm
|
|
resolution
|
0.05
micron
|
|
y axis
stroke
|
+/- 10
mm
|
|
resolution
|
0.05
micron
|
|
max speed
|
1mm/sec
|
2) sample
holder
3) image processing
department
|
CCD
camera
|
400,000
picture element, B/W
|
|
tact
time
|
12 seconds
for 8 fiber array.
|
|
recognition
speed
|
0.3 - 0.5
sec
|
|
function
|
pattern
matching
calculation of center of gravity
position
|
|
*note:
|
Tact time
is according to averaging sample
number.
With an option, 1,500,000 picture
element CCD camera, accuracy
grows up much more
precise.
|
4) high-resolution
scope
|
objective
lens
|
20X with
revolver
|
|
CCD
camera
|
400,000
picture element, B/W
|
|
holder
|
xy manual
operation
|
5) scale
|
laser scale
minimum dial 0.01 micron made by
Sony
|
|
stroke
|
20
mm
|
6)
lighting
|
lighting
for core
|
white
lamp
|
|
lighting
for V groove
|
optical
fiber lighting
|
7) motor
controller
|
controllable
axis
|
2
axis
|
|
maximum
application frequency
|
16
kHz
|
8) monitor for CCD
camera
9) vibration
absorber
|
air
pressure
|
4
kg/cm2
|
|
adjustment
|
auto
|
|
absorber
performance
|
8 Hz or
more
|
10)
option
|
auto
manipulator for collimator
1,500,000 picture element CCD
camera
image processing system for false
wearing prevention
|
11)
guarantee
|
inconvenience
by our responsibility: one
year
In the case of foreign countries,
extra trip charge is
needed.
|
|
|
DATA SAMPLE
1
DATA
1
|
DATA
2
|
DATA
3
|
|
center
=(000.55,-000.09)
|
center
=(000.57,-000.14)
|
center
=(000.52,-000.07)
|
|
center
=(000.54,-000.12)
|
center
=(000.57,-000.14)
|
center
=(000.54,-000.07)
|
|
center
=(000.56,-000.10)
|
center
=(000.56,-000.15)
|
center =(000.53,-000.05)
|
|
center
=(000.54,-000.09)
|
center
=(000.57,-000.15)
|
center =(000.54,-000.06)
|
|
center
=(000.56,-000.08)
|
center
=(000.57,-000.14)
|
center
=(000.53,-000.05)
|
|
center
=(000.56,-000.10)
|
center
=(000.57,-000.15)
|
center
=(000.53,-000.06)
|
|
center
=(000.55,-000.09)
|
center
=(000.57,-000.15)
|
center
=(000.53,-000.05)
|
|
center
=(000.54,-000.09)
|
center
=(000.56,-000.14)
|
center
=(000.54,-000.05)
|
|
center
=(000.55,-000.11)
|
center
=(000.58,-000.16)
|
center
=(000.53,-000.05)
|
|
center
=(000.54,-000.11)
|
center
=(000.55,-000.15)
|
center
=(000.53,-000.06)
|
|
center
=(000.55,-000.10)
|
center
=(000.54,-000.16)
|
center
=(000.54,-000.07)
|
|
center
=(000.55,-000.10)
|
center
=(000.57,-000.18)
|
center
=(000.54,-000.06)
|
|
center
=(000.55,-000.09)
|
center =(000.55,-000.18)
|
center
=(000.53,-000.06)
|
|
center
=(000.55,-000.09)
|
center
=(000.56,-000.16)
|
center
=(000.54,-000.06)
|
|
center
=(000.56,-000.10)
|
center
=(000.57,-000.15)
|
center
=(000.54,-000.05)
|
|
center
=(000.56,-000.11)
|
center
=(000.57,-000.15)
|
center
=(000.53,-000.06)
|
|
DATA SAMPLE 2
(V GROOVE)
|
|
