Defy | 831 MF | Measuring Microscopes Hyper MF / MF-U

Optical Measuring Machines
Measuring Microscopes
Hyper MF / MF-U
CATALOG No. E4267-176
Measuring Microscopes So Accurate They Defy
Common Sense
Concept
Core Technology
Ergonomic Design
Inspecting complex microstructures of everdecreasing size demands ever-higher accuracy
from measuring microscopes used to satisfy
the manufacturing and quality control
principle of ‘Observation plus Measurement’.
Mitutoyo is committed to providing
microscopes that meet this requirement as
well as exceeding users’ expectations in terms
of sophisticated functionality and ergonomic
features that allow fatigue-free use over
extended periods of time.
Over many years Mitutoyo has made
significant contributions to the technologies
that are key to the core technology of
manufacturing industry: measurement. The
experience and expertise gained is reflected
in the design and manufacture of each
individual component of these microscopes
and can be seen most clearly in their sublime
integration of optics, mechanics, and
electronics.
The microscope main unit has been
designed with the emphasis on user
friendliness and ease of operation. Mitutoyo
has executed the mechanical design to allow
easy operation. Even after extended use, its
fatigue-fighting design still provides a
comfortable work-experience for the
operator.
2
World's Highest Measuring Accuracy
World's Highest
Measuring Accuracy*
µm
2
Measuring accuracy in the X- and Y-axes at
full stroke surpasses class 0 of the JIS
Standard for measuring microscopes
(B7153-1995). This makes these
microscopes ideal for high accuracy
measurement of precision molds or cutting
tools that require the best resolution, or for
inspecting sub-miniature semiconductor/
electronic parts such as wafers and
integrated circuits.
1.5
1
0.5
0
-0.5
-1
-1.5
-2
0
25
50
75 100 125 150 175 200 225 250
*As of April, 2004
Large, Highly Accurate
XY Stage
Mitutoyo uses a type of linear guideway on the
large XY stage that is highly regarded for
excellent straightness and stability. This is one
key element in the strategy to maximize
geometrical accuracy - another is FEM analysis.
Our designers used FEM techniques extensively
during the design phase to ensure stage
stability was optimal in any measurement
situation. Thus, the
foundations for
achieving the
highest
measuring
accuracy
were
laid.
More about the XY Stage Highly Accurate Digital Scales
The XY stage is a massive, highly stable
design created using mechanical techniques
developed over Mitutoyo’s long years of
experience in manufacturing precision
measuring microscopes. Maximum stage
loading is 30kgf (66lbf) and a range of
useful fixtures is available that includes a
wafer holder and swivel-center support.
FEM analysis of the XY stage
3
These microscopes are equipped with highly
accurate digital glass scales on all three axes.
Mitutoyo produces glass scales in an
underground laboratory where the
temperature and humidity are constant
throughout the year. The XY (stage) and Z
(optical tube) displacements are displayed
digitally.
Excellent Operability and Solid Reliability
FS Optical System
The FS optical system is
respected more than ever before
for its ability to enable
measurement, observation and
analysis with a leading-edge
combination of long working
distance and high NA. This
optical system ensures high
operability when measuring
deep
holes,
steps, etc., or
when setting up
workpieces for
measurement.
Tilting Optical
Tube*
LAF
Optical Tube*
Front Operation
To reduce fatigue due to extended
use, it is important that the
operator use a microscope in an
unforced posture. The eyepiece
unit allows stepless adjustment of
tilt angle so that, no matter what
their physique, operators can
always adjust the viewing position
for comfortable working during
any measuring task.
The LAF (Laser AF) optical tube
can be selected as an option.
The LAF system achieves high
repeatability when measuring
minute steps, etc., enabling
difficult measurements with
minimum fatigue.
Controls are arranged to fall within
easy reach of the operator on two
control panels at the front of the
microscope. This allows the
operator to concentrate on
measurement without having to
look away from the eyepieces.
Membrane technology makes the
switches very durable.
* Available for model MF-U only
* Available for model MF-U only.
Left control panel Right control panel
4
Measuring with Hyper MF - an Emotional Experience
Traceability to National
Standards
Cross-hair Reticle
How accurately the reticle can
be aligned with a workpiece
feature is a very important
feature in a measuring
microscope. Taking ocular
resolution into account, the
thin-line reticle has been
standardized on a broken, 90°
cross hair with a line width of
5µm*. This allows precise
positioning of the reticle.
3µ
m
* Cross-hair reticles of 3µm and 7µm line
width are also available.
Fiber-optic Cold
Light Illumination
A fiber-optic cold light illuminator
and an IR absorption filter greatly
reduce thermal effects on the
instrument and workpiece that
would otherwise have an adverse
effect on measuring accuracy.
Telecentric illumination is used for
reflected light observation and
Koehler illumination for viewing
contours. Both
systems use an
aperture
diaphragm for
even, glare-free
illumination
with good
image contrast.
System Extensibility
A video port is standard on the
optical tube, thereby allowing a
digital camera unit and various
vision analysis units to be added
to a system.
Mitutoyo intends to enhance
international calibration services by
collaboration with laboratories that have
received the accreditation of ISO/IEC
17025 (ISO/IEC Guide 25) from JCSS and
RvA NKO (Nederlandse Kalibratie
Organisatie). Additionally, ISO9000
accredited Mitutoyo production plants
and service divisions supply high-quality
products and services.
National Metrology Institute
of Japan/National Institute
of Advanced Industrial
Science and Technology
National
Standard
* Organizational
names are those
at the time of
accreditation and
may differ from
current names.
(NMIJ/AIST)
Mitutoyo Tsukuba
Calibration Center
Secondary
Standard
(JCSS Accredited
Calibration
Laboratory No.0031)
Mitutoyo
Laboratory Miyazaki Plant
Reference (JCSS Accredited
Calibration
Standard Laboratory No.0030)
Mitutoyo
Utsunomiya
Calibration Center
Mitutoyo
Hiroshima
Calibration Center
(JCSS Accredited Calibration
Laboratory No.0078)
(JCSS Accredited Calibration
Laboratory No.0109)
Mitutoyo Kiyohara
Calibration Center
(JCSS Accredited
Calibration
Laboratory No.0067)
Mitutoyo Kiyohara Techno
Service Center
(RvA Accredited Calibration Organization
No.K132) Step Gage Standard/Reading Scale
Digital Color Vision System DV-520
(Microscope main unit: MF-UA1010TH)
5
Inspection/
Calibration Equipment
Gauge Block
Step Gage
Standard Scale/Reference Scale
Optical Equipment
Main Specifications
Highest-in-Class Measuring Accuracy
Large, Highly Accurate XY Stage Handles
Wide-field, Heavyweight Workpieces MF/MF-U
MF/MF-U
Mitutoyo has achieved a measuring accuracy of ± (0.9 + 3L/1000)µm
(L: Measured length in mm) in both X- and Y-axes. This performance
surpasses Class 0* of JIS B7153:1995, Measuring Microscopes, and
allows support of ultra-precise inspection and measurement of the
smallest visible features to those extending across the full measuring
range of these microscopes.
* Class 0: (2 + 0.01L) µm or less, L: Measured length (mm)
The pressures for diversification and upsizing of workpieces are
increasing in various industrial fields, such as semiconductors,
electronics, precision automotive parts and tools. These microscopes
not only have the accuracy for the smallest workpiece but also have
the power to handle larger components such as lead frames,
precision cutting tools and molds.
150mm/
5.91”
30Kgf
250mm/7.87”
150mm/5.91”
Three-axis Motor-driven Joystick
Ensures High Operability from High
Remote-controlled Objective
MF/MF-U Magnification Change
Speed to Ultra-Low speed
The X, Y, and Z axes are driven and controlled with one joystick that
serves as the nerve center of front operation. Speed control is
possible from high-speed traverse of the stage to ultra low-speed,
minute positioning of a workpiece. Also, the lock mechanism is
provided for each X, Y, and Z axis to support high-accuracy pitch
measurement by single-axis displacement. The primary target is
assumed to concentrate the operator on a workpiece.
MF-U
The power turret in the optical tube is controlled with membrane
switches on the left front panel. LEDs indicating each lens position
on the upper part of the optical tube are linked to rotation of the
turret so that the operator can see the current magnification at a
glance.
Power Turret Drive Switches
Left control panel
6
Laser Auto Focus
LAF Optical Tube
The laser auto focus function provides high accuracy and
high repeatability and brings significant advantage to the
inspection of minute steps, multi-layer board detail, etc.
A powerful function that helps avoid operator error and
ensures high productivity.
MPlanApo 50 X
MPlanApo 100 X
LAF is available both
in BF and BD optical
tubes.
LAF Effective in the Smallest Area
An LAF spot diameter of ø1µm or less is achieved using
an objective with a magnification of 50X or more. This
performance supports a wide range of measurement
tasks.
Objective
Spot diameter
The spot diameters are a logical
value determined by calculation. MplanApo
2X 16µm/630µinch
MplanApo 5X 6µm/240µinch
MplanApo 10X 3µm/120µinch
MplanApo 20X 1.5µm/60µinch
MplanApo 50X 0.8µm/3µinch
MplanApo 100X 0.6µm/2µinch
Selectable LAF Functions
Providing a choice of the Just Focus (JF) mode that
functions quickly at the current point of interest and the
Tracking Focus (TF) mode that tracks the focusing
position to retain sharp focus as the stage moves has
improved measurement efficiency.
The AF function delivers highly
repeatable focusing on areas with
different surface textures and slopes.
Laser Beam Class
The LAF (factory-fit option) function uses a low-power
laser that corresponds to Class 2 (visible light) of JIS
C6802/1997, Safety of Laser Products.
Visible
Semiconductor
Laser 690nm
Image graphic of AF optical path
7
Main Unit Specifications
Hyper MF
Model name
No.
Optical tube
HyperMF
176-401
Standard reticle (built-in)
Pupil distance adjustment
Optical path transfer ratio
Angle from horizontal
Video port
Observation image
Eyepiece
Magnification
Objective
(option)
Turred
Hyper MF-U
ML objective
Bright field (BF)
Bright/dark field (BD)
Bright field (BF)
Bright/dark field (BD)
Focusing unit
Maximum workpiece height
Measuring accuracy*4
Drive method
Illumination Contour illumination
Surface illumination
Stage
Measuring range (X-axis x Y-axis)
Measuring accuracy*5
(at no load on X- and Y-axis)
Top face dimensions
Effective dimensions of stage glass
Swivel range
Maximum loading
Drive method
Detector unit
Digital display Resolution
Display axes
Data processing unit
Control unit
Joystick lock
Fine pitch
Data output
Digital display reset
HyperMF-U
176-402
(Bright field/bright field LAF/bright and dark field
/ bright and dark field LAF)*1
90˚ broken cross-hair (line width: 5µm) Note: Not selectable for HyperMF-U
Siedentopf type Adjustment range: 51 to 76mm/ 2.01” to 2.99”
Observation/video camera = 50/50
25˚
Manual tilting
Standard equipment
Erect image
10X, 15X, 20X
Monocular unit (with one eyepiece) or
Provided with two 10X eyepieces
binocular unit (with two eyepieces) selectable
1X, 3X (standard accessories), 5X, 10X, 20X, 50X, 100X
M Plan Apo, M Plan Apo SL, G plan Apo
BD Plan Apo, BD Plan Apo SL
(Centering, parfocal, manual control, 4-way/manual control, 4-way
with sensor/centering, motor-driven control, 5-way with sensor*2)
((Manual control, 4-way/manual control, 4-way with sensor/
motor-driven, 4-way with sensor*3 )
150mm/ 5.91”
± (1.5+10L/1000) µm L: Measured length in mm
Motor-driven control with the joystick
Koehler illumination, aperture diaphragm built-in, 12V 50W halogen bulb, 100-step light adjustment, fiber-optic cold light illumination
Telecentric illumination, variable aperture diaphragm mechanism, 12V 100W halogen bulb, 100-step light adjustment, fiber-optic cold light illumination
250mmX150mm/ 9.84”X5.91”
± (0.9+3L/1000) µm L: Measured length in mm
460mmX350mm/ 18.11”X13.78”
300mmX200mm/ 11.81”X7.87”
±3˚
30kgf/ 66lbf
Motor-driven control with the joystick
High-accuracy digital scale (Patent registered)
0.01µm/ .0004µinch
X, Y, and Z axes
QM-DATA200 or Vision Unit
Illumination brightness controller
LAF (Just focus)
LAF (Tracking focus)
Turret remote-control
External dimensions Microscope main unit (WXDXH)
Mass
Power supply
Power unit
Microscope main unit
Power unit
(with LAF installed)
(with LAF installed)
(with the power turret installed)
880mmX913mmX730mm/ 34.65”X35.94”X28.74”
880mmX913mmX770mm/ 34.65”X35.94”X30.31”
160mmX476mmX381mm/ 6.30”X18.74”X15”
Approx. 250kg/ 551.2lb
Approx. 255kg/ 562.2lb
14kg/ 30.86lb
100, 110, 120, 220, 230, 240VAC 50/60Hz Maximum power consumption 700W
*1, 2, 3: Factory-fit option
*4, 5: The measuring accuracy conforms to JIS B 7153.
Upon bulb replacement, order the contour illumination halogen bulb 12V 50W (No.02APA527) or surface illumination halogen bulb 12V 100W
(No.517181). The high-brightness specification bulb (No.12BAD602) is also available as a 12V 100W bulb.
8
System Configuration
Common Optional Accessories
Hyper MF/MF-U System Diagram
0.
Hyper MF-U
Hyper MF
Data Processing Unit (Essential Option)
Vision unit
QM-Data200
Hyper MF
Hyper MF-U
1
Dimensions
Data Processing System
2D Calculating System
Features
• Powerful 2D measurement capabilities with graphic display functions that make
the most of the lar ge LCD screen
• Graphical help on the screen guides the operator during measurement
sequences.
• Measurement results are displayed automatically
• Measurement procedures (Part Programs) can be learnt by the system and easily
repeated with position navigation help on screen
• Frequently-used combination measurements (e.g. circle-to-circle) are single-key
operations
• The Automatic Identification (AI) function recognizes the feature type
automatically, making preselection unnecessary
• Macros to initiate learned measuring sequences can be created at a keystroke
• Custom menus to suit specific requirements can be created
• Tolerance comparisons and various statistical evaluation options are possible for
every measurement result.
• Measurement results can be output to MS Excel* in table form (CSV)
• Measurement results and Part Programs can be stored on the floppy-disk drive
available as an optional accessory
• A free-standing table version with tilting device is available
• The next measurement can be started even while the last is printing out
QM-Data 200 System
* MS-Excel is a r egistered trademark of Microsoft Corporation.
Specifications
Order No.
Display languages
Measurement value unit
Resolution
Programming function
Statistical processing
Number of elements in memory
Element call
Element key-in
Display unit
Input connector
Output connector
Measurement result file output
Power supply
Maximum power consumption
External dimensions
Mass
264-140 (Free-standing operation)
Japanese, English, German, Italian, Spanish, Portuguese, Chinese, and Korean
Length: mm, angle: degree/degree, minute, second (selectable)
0.1µm
Create/run/edit measuring procedures
Measurement item, quantity of data, maximum value, minimum value, mean,
standard deviation, range, histogram
Maximum 1000 elements
Point, line, circle, distance, ellipse, square hole, slotted hole, point and angle of intersection
Point element, line element, circle element
Monochrome graphic LCD (320 x 240 dots, backlighted)
(1) RS-232C [2]: Connected to the counter on the main unit.
(2) X, Y, Z: Linear scale input (for the types with no counter)
(3) OPTOEYE: OPTOEYE edge signal (for connecting OPTOEYE M2)
Note: Available only if linear scale input is used.
(4) FS:Connected to the foot switch.
(1) RS-232C [1]: Connected to an external PC (measurement results)
(2) PRINTER: Connected to the printer/external printer (measurement results)
(3) FD: Connected to the FDD unit (measurement result file, measuring procedure file)
RS-232C output (CSV format, MUX-10 format)
100 to 240VAC, 50/ 60Hz (AC adapter used)
24W (excluding optional accessories)
approx. 260 x 242 x 310 mm (including the stand) / 10.24” x 9.53” x 12.20”
approx. 2.2kg/ 4.85lbs
Printer
Dimensions
196/ 7.72”
50˚
310/ 12.20”
260/ 10.24“
210/ 8.27“
242/ 9.53”
Order No. 12AAA799
• Used for saving/reading files of
part programs, user macros,
measurement results, etc.
[Optional accessories]
Order No. 12AAD032
30˚
FDD Unit
Order No.908353
Printer paper (5 rolls)
• Used to print measurement * An external printer (color/monochrome) compatible
results.
with ESC/P is also available.
Printer control code system: ESC/P,
compatible with MS-DOS.
Pin-out: 24 pins
ESC/P printer cable: 2m
(Order No.12AAA804)- - - Option
Receipt printer print example
Print method
Number of print digits
Print speed
External dimensions (WxDxH)
Standard accessories
10
Serial-matrix thermosensitive method
40 digits
Maximum 52.5cps (normal character)
160x170x65.5 mm (printer main unit) / 6.30”x6.69”x2.58”
Printer cable, printer paper (1 roll), AC adapter (for 100V)
Features
• Automatic edge detection tool and measurement macro icons
enable single-key measurement
• Graphics and measurement navigation function support ease of
use
• Image capturing/saving function
• Tolerancing calculation results and statistical processing for each
item
• Measurement results can be exported to MS-Excel* in CSV format
(allows unique inspection sheets to be created on the same PC)
• Supports total measurement on a single screen.
• Automatic light equalizing function faithfully reproduces
illumination conditions
Vision Unit System
* MS-Excel is a registered trademark of Microsoft Corporation.
Measuring a Workpiece Feature
1) Display the feature to be measured on the
monitor, adjust the illumination and focus
with the microscope main unit, and then
select the feature and the edge detection
tool.
(2) Click in the vicinity of the feature with
the mouse to automatically detect its edge
and perform the measurement/calculation.
(3) The measurement results for the feature
selected are displayed on the monitor.
Specifications
Order No.
359-680
Optical system
0.5X (0.5X video adapter built-in) when Mitutoyo measuring microscope is installed
Image detecting unit
High-sensitive 1/3” CCD colour camera
External dimensions of CCD camera
100X58X89mm/ 3.94”X2.28”X3.50”
Mass of CCD camera
0.4kg/.88lb
Monitor magnification/monitor visual field
Approx. 63 X /3.1 X 2.3mm/ 2.48” X /.12” X .09”
(at the use of 3X lens)
when Mitutoyo measuring microscope is installed
Resolution
0.01µm/ .4µinch
Measuring accuracy
Depends on the accuracy of the measuring microscope.
PC
CPU
Pentium 4 2.26GHz 256MB memory
Display
15 inch LCD
OS
MS-W indows XP*
Software
Maximum power consumption
QSPAK
Max. 400W
* MS-Windows XP and MS-Excel are
registered trademarks of Microsoft
Corporation. The PC configuration and
specifications are subject to change without
notice.
11
Lens and Illumination
Eyepieces
Monocular unit
MF
Binocular unit
No.176-302
No.176-303-1
With one eyepiece 10 x /24
With two eyepieces 10 x /24
Double-image eyepiece
Eyepiece
MF
MF/MF-U
Part name
WF10 x /24
No.(1-piece pack) 378-856-5
No.(2-piece pack) 378-856
Magnification
10 x
Field number
24
MF
No.375-044
Aids accurate measurement of
hole-to-hole distances, hole
diameters and sections using the
double image generated when
the feature under inspection is
not aligned with the optical axis
of the microscope.
• Magnification: 10X
• Field number: 22
WF15 x /16 WF20 x /12
378-857-5 378-858-5
378-857
378-858
15 x
20 x
16
12
Rotary template eyepiece
MF
No.176-357
Uses a template to superimpose screw thread forms (metric UST, Unified Screw Thread), concentric circles, and crosshairs on the workpiece
image for quick and efficient measurement by comparison.
• Magnification: 10X • Field number: 21
Protractor eyepiece MF
ISO metric screw
0.25, 0.3, 0.35, 0.4, 0.45, 0.5, 0.6, 0.7, 0.75, 0.8,
pitch (for 3X objective)
0.9, 1, 1.25, 1.5, 1.75, 2, 2.5, 3, 3.5, 4
ISO unified screw thread/
80, 75, 64, 56, 48, 44, 40, 36, 32, 28, 24, 20,
inch (for 3X objective)
18, 16, 14, 13, 12, 11, 10, 9, 8, 7, 6
Concentric circles
with cross hairs (for 3X objective)
No.375-043
Measures angles between
workpiece edges by successive
alignment with two crosshairs
whose separation is adjustable
and calibrated through 360°.
• Magnification: 10X
• Field number: 21
• Resolution: 5’
Dotted-line cross scale
Digital protractor eyepiece
ø1, ø2, ø3, ø4, ø5
60˚, 90˚
MF
No.375-040
Measures angles between workpiece edges by successive alignment
with reticle crosshairs whose rotation is digitally calibrated. Switching
or resetting the resolution is controlled with the standard accessory
counter. Data output to an RS-232C equipped PC is possible.
• Magnification: 10X • Field number: 18 • Reticle: 90° solid line,
45° broken line • Angular resolution: 0.00° or 1'
• Power supply: 9VAC, 500mA • Maximum power consumption:
4W • Maximum angle value: ±369.99° or ±369°59'
12
Objective
ML objective
Model name
No.
Magnification
Numerical aperture N.A.
W orking distance WD
Focal depth
MF
ML1X
ML3X
375-036
375-037
1X
3X
0.03
0.07
59mm/ 2.32”
72.5mm/ 2.85”
306µm/12.05µ inch 56µm/ 2.20µinch
FS objective
Bright field (BF)
ML5X
375-034
5X
0.11
59.5mm/ 2.34”
23µm/ .91µinch
ML10X
375-035
10 X
0.18
44mm/ 1.93”
8µm/ .31µinch
ML20X
375-051
20 X
0.42
20mm/ .99”
1.6µm/ .06µinch
ML50X
375-052
50 X
0.55
13mm/.51”
0.9µm/ .04µinch
ML100X
375-053
100 X
0.7
6mm/ .24”
0.6µ m/ .02µinch
MF-U
Model name
No.
Magnification
Numerical aperture N.A.
W orking distance WD
Focal depth
MplanApo1X
MplanApo2X
378-800
378-801
1X
2X
0.025
0.055
11mm/.43”
34mm/ 1.33”
440µm/17.32µ inch 91µm/ 3.58µinch
MplanApo5X
378-802-2
3X
0.14
34mm/ 1.34”
14µm/ .55µinch
MplanApo10X
378-803-2
10 X
0.28
33.5mm/ 1.32”
3.5µm/ .14µinch
MplanApo20X
378-804-2
20 X
0.42
20mm/ .79”
1.6µm/ .06µinch
MplanApo50X
378-805-2
50 X
0.55
13mm/ .51”
0.9µm/ .04µinch
MplanApoHR50X
378-814
50 X
0.75
5.2mm/ .20”
0.48µm/ .02µinch
Model name
No.
Magnification
Numerical aperture N.A.
W orking distance WD
Focal depth
MplanApoSL20X
378-810-2
20 X
0.28
30.5mm/ 1.20”
3.5µm/ .14µinch
MplanApoSL80X
378-812-2
80 X
0.5
15mm/ .59”
1.1µm/ .04µ inch
MplanApoSL100X
378-813
100 X
0.55
13mm/ .51”
0.9µm/ .04µinch
MplanApoSL200X
378-816
200 X
0.62
13mm/ .51”
0.7µm/ .03µinch
GplanApo20X(t3.5)
378-847
20 X
0.28
29.42mm/ 1.16”
3.5µm/ .14µinch
GplanApo50X(t3.5)
378-848
50 X
0.5
13.89mm/ .55”
1.1µ m/ .04µinch
BDplanApo50X
378-835
50 X
0.55
13mm/ .51”
0.9µm/ .04µinch
BDplanApoHR50X
378-845
50 X
0.75
5.2mm/ .20”
0.48µm/ .03µinch
BDplanApo100X
378-836
100 X
0.7
6mm/ .24”
0.6µ m/ 02µinch
FS objective
MplanApoSL50X
378-811-2
50 X
0.42
20.5mm/ .81”
1.6µm/ .09µinch
Bright/dark field (BD)
MplanApo100X
378-806-2
100 X
0.7
6mm/ .24”
0.6µm/ .02µinch
MplanApoHR100X
375-815
100 X
0.9
1.3mm/ .05”
0.34µm/ .01µ inch
MF-U
Model name
No.
Magnification
Numerical aperture N.A.
W orking distance WD
Focal depth
BDplanApo2X
378-831
2X
0.055
34mm/ 1.34”
91µm/ 3.58µinch
BDplanApo5X
378-832
5X
0.14
34mm/ 1.34”
14µm/ .55µinch
BDplanApo10X
378-833
10 X
0.28
33.5mm/ 1.32”
3.5µm/ .14µ inch
BDplanApo20X
378-834
20 X
0.42
20mm/ .79”
1.6µm/ .06µinch
Model name
No.
Magnification
Numerical aperture N.A.
W orking distance WD
Focal depth
BDplanApoSL20X
378-840
20 X
0.28
30.5mm/ 1.20”
3.5µm/ .14µinch
BDplanApoSL50X
378-841
50 X
0.42
20mm/ .79”
1.6µm/ .06µinch
BDplanApoSL80X
378-842
80 X
0.5
13mm/ .51”
1.1µm/ .04µ inch
BDplanApoSL100X
378-843
100 X
0.55
13mm/ .51”
0.9µm/ .04µinch
BDplanApoHR100X
378-846
100 X
0.9
1.3mm/ .05”
0.34µm/ .01µinch
Illumination
Oblique surface
illuminator
MF
Twin fiber-optic
Fiber-optic
illuminator MF/MF-U ring-light
MF
No.172-351
No.176-416
No.176-417
This uses the surface illumination light source in the
microscope main unit. The
light equalizing function and
condenser lens are included.
12V 100W
This uses the surface illumination light source in the
microscope main unit. The
light equalizing function and
condenser lens are included.
12V 100W
This uses the surface illumination light source in the
microscope main unit. The
light equalizing function and
condenser lens are included.
12V 100W
* 10X lens or less is applicable.
* 10X lens or less is applicable.
LED
ring-light
No.176-367
(White LED)
No.176-368
(Green LED)
Position is adjustable so as
to be appropriate for the
light equalizing function
and working distance. 12V
7.7W, outside diameter:
70mm/2.76”.
* 10X lens or less is applicable.
13
LED ring-light
MF
(for FS Objectives) MF-U
No.78829
(White LED)
Position is adjustable so as
to be appropriate for the
light equalizing function and
working distance. 12V
7.7W, outside diameter:
70mm/ 2.76”.
* 10X lens or less is applicable.
Main Optional Accessories
Digital Color Vision
3D Vision Combination Program VCPAK
C-mount compatible highdefinition digital color vision
system. Allows anyone to easily
capture and save high quality
images from the microscope.
Three types: 5.2Mpixel,
2.1Mpixel, and 0.5Mpixel.
This system is based on an
omnifocal image focused in the
whole visual field of the
microscope to greatly improve
observation at small depths of
focus. It also enables 3D vision
display.
•Main functions
Image filing, on-screen manual measurement,
white balance, comments on an image, scale
display, etc.
No.176-380: DV-50CL (LCD spec)
No.176-384: DV-210L (LCD spec)
No.176-382: DV-520L (LCD spec)
* On-screen manual measurement requires the
calibration chart (No.02AKN020) separately.
Polarization Unit DIC Unit
•Main functions
High-quality digital imaging, real-time vision
combination, combination by capturing a
maximum of 256 sheets of images, adoption
of universal image file formats (JPEG, BMP,
TIFF, DIB), thumbnail display of saved images,
noise reduction function, etc.
Centering,
Illumination Filter Parfocal Turret
Power Turret
(for BF)
No.378-092
Bright field (BF)
Bright and dark field (BD)
No.378-080: For 5X, 10X
No.378-079: For 20X
No.378-078: For 50X, SL20X
No.378-076: For 100X, SL80X, SL50X
No.12AAA643:ND2
No.12AAA644:ND8
No.12AAA645:GIF
No.12AAA646:LB80
No.378-018
Objectives: Up to 4 Visual field
adjustment range: ± 0.5mm / .02”
Parfocal adjustment range: ±0.5mm / .02”
V Block with
Clamp
Swivel Center
Support
Holder with
Clamp
No.176-411
Ojectives: Up to 5
Visual field adjustment range:
±0.5mm/.02”
Positioning accuracy: 2σ=3µm/120µinch
Drive life: 1,000,000 movements
Wafer Holder
Center Support
No.172-378
Maximum clamp diameter: ø25mm/.98”
Mass: 0.8kg/ 1.76lb
* Stage Adapter A is used together.
A tilt angle of ±10˚ can be supported.
Minimum reading of angle: 1˚
Maximum support size: ø80 x 140mm/
3.15” x 5.51” in horizontal orientation
ø65x140mm/ 2.56”x5.52” at a tilt angle of 10˚
Mass: 2.5kg/ 5.51lb
* Stage Adapter A is required.
No.176-107
Maximum workpiece thickness:
35mm/ 1.38”
Mass: 0.4kg/ .88lb
* Stage Adapter A is required.
No.176-414
Wafer size: 3 to 8 inches
Rotary Holder (No.378-363) attached
Mass: 3.2kg/ 7.06lb
No.176-415
Maximum support length: 250mm/9.84”
Maximum support diameter: ø150mm/5.91”
Maximum diameter allowing external
apex observation: ø140mm/ 5.51”
Effective stroke of the center-clamping
mechanism: 22mm/ .87”
Mass: 13kg/ 28.66lb
Rotary table with Vibration
Stage Adapter A fine feed knob (B) Damping Pad
No.176-304
2 pieces pack Mass: 1.5kg/ 3.31lb
No.3176-306
Effective glass diameter: ø240mm/ 9.45”
Rotary table rotation angle: Approx.
51.5˚ (per full turn of the fine feed
knob) Mass: 6.5kg/ 14.33lb
14
No.176-419
Spring pad type
Float unit material: SUS304
WxDxH = 800x900x49mm/
31.50”x35.43”x1.93”
Mass: 58kg/ 127.9lb
Machine Stand
No.176-418
Max. loading: 400kgf/ 881.8lbf
WxDxH = 1100x900x650mm/
433.07”x35.43”x26.59”
Mass: 45kg/99.21lb
Measuring Microscope Line-up
Demand for measuring microscopes that can perform observational tasks as well as measurement is increasing rapidly
in various sectors of industry such as semiconductors, electronic parts, precision auto parts and tools. The following
summarizes Mitutoyo's line-up of measuring microscopes actively participating in many industries. Mitutoyo intends
to widen the appeal of measuring microscopes that can determine miniscule part dimensions on a workpiece and
make them serve as the Basic Machine for non-contact measurement.
High-accuracy Measuring Microscopes
Hyper MF/MF-U
Series name
Optical tube
HyperMF
HyperMF-U
Standard
Metallurgical microscope
(finite distance compensation) (finite distance compensation)
Hyper MF
Hyper MF-U
Measuring range (X·Y·Z)
Control system/
reading unit
Resolution
Data processing unit
Video port
250·150·150mm
3-axis motor-driven with Joystick/digital scale
0.01
QM-DATA200/vision unit
Standard equipment
Measuring Microscopes
MF-A/UA
Series name
MF-A
Optical tube
MF-UA
HyperMF
MF-A/UA
Standard
Metallurgical microscope
(finite distance compensation) (finite distance compensation)
Measuring range
(X·Y·Z)
Control system/
reading unit
Resolution
Data processing unit
50·50·150/100·100·150/200·100·150/
200·170·220/300·170·220mm
Manual/digital scale
0.1/0.5/1µm
QM-DATA200/vision unit
Video port
Standard equipment
Series name
TM
Toolmaker's Microscope
TM
Optical tube
Standard
(finite distance compensation)
Measuring range (X·Y·Z)
TM-505R
Control system/
reading unit
Resolution
Data processing unit
Video port
15
50·50·115/100·50·107mm
Manual/micrometer head
1(MHD head)
QM-DATA200
None
Coordinate Measuring Machines
Vision Measuring Systems
Surface-, Form- and Contour
Measurement
Optical Measuring
Sensor Systems
Hardness Measuring
Digital Scale and DRO Systems
Small Tool Instruments and
Data Management
Mitutoyo Corporation
20-1, Sakado 1-Chome,
Takatsu-ku, Kawasaki-shi,
Kanagawa 213-8533, Japan
Phone (044) 813-8230
Fax (044) 813-8231
http://www.mitutoyo.co.jp
52.330409 (1) CNE, Printed in Japan
Note:
All our product details, in particular the illustrations, drawings,
dimension and performance details and other technical
specifications contained in this publication are to be considered
to be appr oximate average values. To this extent, we reserve
the right to make changes in design, technical data, dimensions
and weight. Our specified standards, similar technical rules
and technical specifications, descriptions and illustrations of the
pr oducts are correct at the time of printing. The current version
of our general terms and conditions also apply. Only offers which
we have submitted can be considered to be definitive.
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