Microscope Components for Reflected Light Applications
Microscope Components
for Reflected Light Applications
CFI60-2/CFI60
Optical System
(for modular
focusing unit)
System Diagram & Index
CCTV Camera Adapters
P.30
C-mount Camera
ENG-mount Camera
C-mount
TV Adapter A
C-0.7×
DXM Relay
Lens
C-mount
TV Relay
Lens 4×
C-0.55×
DS Relay
Lens
C-mount
TV Adapter
C-mount
Adapters
0.35×/0.45×/
0.6×
C-mount
TV Relay
Lens 2.5×
1×
Relay
Lens
Straight Tubes
1×
Relay
Lens
2
LV-10×ESD
CFI 10×/CFI 10×M/
CFI 10×CM/CFI 12.5×/
CFI 15×
P.27
1 2
LV-TT2
Tilting Trinocular Tube
LV-TI3
Trinocular Tube ESD
1 2
1 2
C-TT
Trinocular Tube T
C-TF
Trinocular Tube F
for Equipment
The development, manufacture, and evaluation of products require sub-micron precision,
as symbolized by semiconductor manufacturing technology.
Nikon's microscope units support such high precision and can be integrated with a variety of equipment.
This catalog presents technical data on using Nikon's microscope units.
Select a microscope unit to integrate with Nikon equipment –
for experiments and research, as well as manufacturing and inspection.
4
6
7
8
9
9
10-14
14
15
15
16
16
CFI60-2 / CFI60 Revolving Nosepieces
CF&IC Objectives
Compact Reflected Microscopes CM Series
Objectives for Measuring microscopes
2nd Objective Lens Units
Filters
CFI60-2 / CFI60 Eyepiece Tubes
Double Port
Straight Tubes
Eyepiece Lenses
CCTV Camera Adapters
Glossary
2
2
C-TE2 Ergonomic
Binocular Tube
C-TB
Binocular Tube
P.14-16
Analyzers
Modular Focusing
P.4
Unit IM-4
Modular
Focusing
Unit IM-4
Fixing
Unit
P.17
P.27
Illuminators
C-ER
Eyelevel
Riser
for CCTV Systems
Revolving Nosepieces
Polarizers
Universal
Epi-Illuminator
LV-UEPI-N
White LED
Illuminator
LV-EPILED
3
Filters
LED Controllor
*This can not be used
together with
Y-IDP Double-port
LV-LP
Plate
LV-DIC
DIC Slider
A/B
Contents
Modular Focusing Unit IM-4
LV-IM IM Modules
LV-FM FM Modules
LVDIA-N DIA Base N
LV-ARM Basic Arm
LV-ECON E Controller
CFI60-2 / CFI60 Objectives
LV-UEPI-N Universal Epi-Illuminator
LV-UEPI2 Universal Epi-Illuminator 2
LV-UEPI2A Motorized Universal Epi-Illuminator 2
TI-PS100W/A Power Supply
LV-EPILED White LED Illuminator
P.25
2
Ergonomic
DSC Port *1
*1 For more information, see page 27.
Y-IDP
Double Port
2nd Objective Lens Units
Filar
Micrometer
10×N
(Includes adapter)
C-CT
Centering
Telescope
Eyepiece Tubes / Double Port
A
Select a Nikon microscope unit
for your manufacturing equipment
and other systems that require high precision
ENG-mount
Adapter
0.45×T/
0.6×T
P.28-29
CFI UW 10×
CFI UW 10×M
1 2
ENGmount
TV
Adapter
Zooming
Lens
1
A
LV-TV
Tube Adapter
ENG-mount for
Zooming Lens
Eyepiece Lenses
V-T
Photo
Adapter
Y-TV55
TV Tube 0.55x
Y-T
TV Tube
C-mount
Adapter/
CCTV
Zooming
Lens
LV-NU5AI
Motorized
Universal
Quintuple
Nosepiece*2
LV-NU5AC
Motorized
Universal
Quintuple
Nosepiece*2
LV-NU5A
Motorized
Universal
Quintuple
Nosepiece
ESD*2
LV-NU5I
Intellijent
Universal
Quintuple
Nosepiece
ESD
LV-NU5
Universal
Quintuple
Nosepiece
ESD
LV-NBD5
BD
Quintuple
Nosepiece
ESD
C-N6
Sextuple
Nosepiece
P-N
Centering
Quintuple
Nosepiece
Light Sources
P.14-16
DIC Prisms
17
18-21
22-24
24
25
26
27
27
27
28-29
30
31
LV-HL50W
12V-50W-LL
Halogen Lamp
*2 Requires separately available LV-NCNT-N Motorized Nosepiece Controller.
CFI60-2 / CFI60 Objectives
P.10-14
CFI TU Plan FLUOR EPI 5×/10×/20×/50×/100×
CFI T Plan EPI 1×/2.5×
CFI L Plan EPI 2.5×A/40×
CFI TU Plan EPI ELWD 20×/50×/100×
CFI T Plan EPI SLWD 10×/20×/50×/100×
CFI TU Plan FLUOR BD 5×/10×/20×/50×/100×
CFI TU Plan BD ELWD 20×/50×/100×
CFI TU Plan Apo EPI 50×/100×/150×
CFI TU Plan Apo BD 50×/100×/150×
CFI LU Plan Apo EPI 150×
CFI LU Plan Apo BD 100×/150×
CFI L Plan EPI CR 20×CR/50×CR/100×CRA/100×CRB
3
CF IC
EPI Plan DI *3
10×A/20×A/
50×A/100×
CF IC
EPI Plan TI
2.5×A/5×A
CF&IC Objectives P.21
*3 Requires separately available adapter.
3
LV-LH50PC
Precentered
Lamphouse
TI-PS100W/A
Power Supply
(YM-EPI3-3pin extension
cord is required)
Modular Focusing Unit IM-4
CFI60-2/CFI60
Optical System
(for LV modules)
Accommodates an epi-illuminator and motorized nosepiece
or a maximum load of 10kg by adding a balancer.
Accommodates the LV-UEPI-N or LV-EPILED universal
illuminator as well as a motorized nosepiece.
System Diagram & Index
CCTV Camera Adapters
P.30
C-mount Camera
• Attachment of the LV-UEPI-N Universal Epi-illuminator enables the use
of brightfield, darkfield and, Nomarski DIC techniques.
• The built-in balancer ensures smoother vertical motion, even when
the arm is heavily loaded.
• The standard maximum load is 4kg, which is expandable to 10kg
by adding a balancer.
• A coarse motion stroke of 5.2mm per revolution improves the
equipment's load handling capability and increases durability.
• The distance from the optical axis to the mounting surface is 141mm.
C-0.7×
DXM Relay
Lens
C-0.55×
DS Relay
Lens
ENG-mount
Adapter
0.45×T/
0.6×T
1×
Relay
Lens
P.28-29
1
2
LV-10×ESD
CFI 10×/CFI 10×M/
CFI 10×CM/CFI 12.5×/
CFI 15×
P.27
Filar
Micrometer
10×N
(Includes adapter)
C-CT
Centering
Telescope
62.5
1 2
R4
2.5
85
ENGmount
TV
Adapter
Zooming
Lens
CFI UW 10×
CFI UW 10×M
Straight Tubes
215
1×
Relay
Lens
A
LV-TV
Tube Adapter
ENG-mount for
Zooming Lens
Eyepiece Lenses
V-T
Photo
Adapter
Y-T
TV Tube
67.5
C-mount
Adapters
0.35×/0.45×/
0.6×
C-mount
TV Relay
Lens 2.5×
C-mount
TV Relay
Lens 4×
C-mount
Adapter/
CCTV
Zooming
Lens
C-mount
TV Adapter
Y-TV55
TV Tube 0.55x
Note: For adding a balancer, consult your Nikon representative.
ENG-mount Camera
C-mount
TV Adapter A
ø58
85
77
86
1 2
1 2
2
Modular Focusing Unit IM-4
MBD64010/2000g
9
ø62
2
Ergonomic
DSC Port *1
1 2
Stroke
30mm
Coarse focusing
Fine focusing
5.2mm/rotation
0.1mm/rotation
Scale
1µm
LV-TT2
Tilting Trinocular Tube
LV-TI3
Trinocular Tube ESD
A
C-TT
Trinocular Tube T
C-TF
Trinocular Tube F
C-TE2 Ergonomic
Binocular Tube
C-TB
Binocular Tube
Eyepiece Tubes / Double Port
Y-IDP
Double Port
P.27
*1 For more information, see page 27.
C-ER
Eyelevel
Riser
LV Microscope Units
P.5-9
Illuminators
P.14-16
LV-ECON
E Controller
141
4-W3/8 depth 10
36
42.7
Polarizers
3
16
22
67.5
36
19
Unit: mm
48
4
4
Filters
Motorized Universal
Epi-Illuminator 2
LV-UEPI2A*4
White LED
Illuminator
LV-EPILED
LED Controllor
*This can not be used
together with Y-IDP Double-port
Revolving Nosepieces
P.17
P.18
LV-DIC
DIC Slider
A/B
LV-NU5AI
Motorized
Universal
Quintuple
Nosepiece*2
LV-NU5AC
Motorized
Universal
Quintuple
Nosepiece*2
DIC Prisms
LV-NU5A
Motorized
Universal
Quintuple
Nosepiece
ESD*2
3
LV-NU5I
Intellijent
Universal
Quintuple
Nosepiece
ESD
*4 The ND filter combination that is attached
at the time of the blight-field observation.
LV-NU5
Universal
Quintuple
Nosepiece
ESD
LV-NBD5
BD
Quintuple
Nosepiece
ESD
C-N6
Sextuple
Nosepiece
P-N
Centering
Quintuple
Nosepiece
Light Sources
LV-LH50PC
Precentered
Lamphouse
P.14-16
LV-HL50W
12V-50W-LL
Halogen Lamp
TI-PS100W/A
Power Supply
(YM-EPI3-3pin extension
cord is required)
P.10-14
CFI TU Plan FLUOR EPI 5×/10×/20×/50×/100×
CFI T Plan EPI 1×/2.5×
CFI L Plan EPI 2.5×A/40×
CFI TU Plan EPI ELWD 20×/50×/100×
CFI T Plan EPI SLWD 10×/20×/50×/100×
CFI TU Plan FLUOR BD 5×/10×/20×/50×/100×
CFI TU Plan BD ELWD 20×/50×/100×
CFI TU Plan Apo EPI 50×/100×/150×
CFI TU Plan Apo BD 50×/100×/150×
CFI LU Plan Apo EPI 150×
CFI LU Plan Apo BD 100×/150×
CFI L Plan EPI CR 20×CR/50×CR/100×CRA/100×CRB
65
95
55
20
Universal Epi-Illuminator 2
LV-UEPI2
LVDIA-N DIA Base N
CFI60-2 / CFI60 Objectives
11
+0.05
0
22.7
3
LV-FMA
FM Module A
LV-FM
FM Module
*2 Requires separately available LV-NCNT-N Motorized Nosepiece Controller.
4
7
20
-0.020
ø24.5F8 -0.053
8
40
19±0.1
3
LV-IMA
IM ModuleA
73.5
76.7 ~ 107.2
181
Used to attach the Modular Focusing Unit IM-4 to a ø24.5mm post.
1.8
3
LV-LP
Plate
Fixing Unit (Option)
4-M6×12mm
Allen bolt
LV-IM
IM Module
Condensers
Unit: mm
ø24.5H9
+0.052
0
3
Stages
31
69.5
65
100
181
65
17
Fixing Unit MXA20681/240g
LV-ARM
Basic Arm
28.5
50
35
6-M6 depth 7
Analyzers
Universal Epi-Illuminator
LV-UEPI-N
183.5
48
3
CF IC EPI Plan
DI*3 10×A/20×A/
50×A/100×
CF IC
EPI Plan TI*3
2.5×A/5×A
CF&IC Objectives
P.21
*3 Requires separately available adapter.
5
4
Fiber
LV-HGFA
HG Fiber Adapter
C-HGFI HG Precenterd
Fiber Illuminator
LV-FM FM Modules
This focusing module is suitable for incorporation into systems. It enables the mounting of a
universal illuminator (LV-UEPI-N/LV-UEPI2/LV-UEPI2A or LV-EPILED) and a motorized nosepiece.
This focusing module is suitable for incorporation into systems.
It enables the mounting of a universal illuminator (LV-UEPI-N/
LV-UEPI2/LV-UEPI2A or LV-EPILED) and a motorized nosepiece.
47
2-M4 depth 8
114
80±0.1
60
80±0.1
120±0.1
42
80±0.1
Eyepiece tube
mounting surface
126.5±0.1
308
48
31 28
170
80±0.1
Nosepiece
mounting
surface
Vertical stroke:
19 upward,
1 downward
42
114
ø8
+0.001
0.041
A
95
260
+0
0 .01
5
de
pt
h
3.
Unit: mm
4
Vertical stroke
20mm
Resolution
0.05µm
Max. speed
2.5mm/sec
4-M6
8 +0.015
depth 3.4
0
80±0.1
H7
10
2-
ø9
pt
4-M4 depth 8
60
80±0.1
120.7
114
31 28
Vertical stroke:
29 upward,
1 downward
18 26
104
42
9
95±0.1
114
Nosepiece
mounting
surface
114
55
ø8
+0.001
0.041
260
H7
ø8
th
62±0.1 18
dep
ep
15
9d
.0
+0 0
2-ø
A
95
A
4-M6
depth 10
Eyepiece tube
48
mounting surface
126.5±0.1
308
113
163.5
104
120.7
42
120±0.1
80±0.1
80±0.1
4-M6
47
Scale
18
10
4-M6
1µm
Screw depth from surface
9mm or less
6
A
62±0.1
(2-
R4
)
ø8
H7
+0
0 .01
5
de
pt
h
3.
4
Unit: mm
Stroke
30mm
Coarse focusing
5.2mm/rotation
Fine Focusing
0.1mm/rotation
Scale
1µm
(2-R4)
10
8 +0.015
0 depth 3.4
80±0.1
0.1mm/rotation
LV-FM FM Module (Manual)
MBD65050/5000g
8
Fine Focusing
+0.015
0
LV-IM IM Module (Manual)
MBD64080/4000g
depth 3.4
.4
th 3
3.4
2-
Screw depth from surface
9mm or less
170
2-M4 depth 8
5.2mm/rotation
4
80±0.1
A
• Only the bottom mounting surface is supported.
• 30mm vertical stroke.
• Creates a system with revolving up/down mechanism that has an
ultra-long vertical stroke of 68mm when combined with the
LVDIA-N DIA Base N.
Optimal for operations such as semiconductor probe inspections.
• The standard maximum permissible weight is 3-6kg, which is
expandable to 9kg by adding a balancer.
Thickness of fixing plate
Nosepiece
mounting surface
LV-FM FM Module (Manual)
80±0.1
87
138.8
2
• Selectable mounting surface (back or bottom).
• 30mm vertical stroke.
• Dramatically improved rigidity enables the mounting of the
LV-UEPI2A motorized universal illuminator, etc.
• The standard maximum permissible weight is 4-7kg, which is
expandable to 10kg by adding a balancer.
Eyepiece tube mounting surface
25
Vertical stroke:
29 upward, 1 downward
LV-IM IM Module (Manual)
Coarse focusing
3.
95
55
30mm
h
Unit: mm
(Resolution 0.05µm)
Stroke
de
(Resolution 0.05µm)
225 (224~254)
2.5mm/sec
ø8
A
65.5
Max. speed
(2-R4)
LV-FMA FM Module A (Motorized)
MBD65040/5000g
18 62±0.1
10
(2R4
)
49 (48~78) 25
0.05µm
depth 3.4
80±0.1
Resolution
+0.015
0
8
20mm
62±0.1 18
.4
4-M6
Screw depth from surface
9mm or less
th 3
Vertical stroke
3.4
dep
LV-IMA IM Module A (Motorized)
MBD64070/4000g
th
5
.01
+0 0
ep
H7
9d
ø8
2-ø
Screw depth from surface
9mm or less
A
9
95±0.1
114
55
18 26
4-M6 depth 10
113
163.5
A
• Only the bottom mounting surface is supported.
• 20mm vertical stroke.
• Enables an enhanced system with motorized up/down mechanism
when combined with the LVDIA-N DIA Base N.
• External control is possible via the LV-ECON E Controller.
• The standard maximum permissible weight is 3-6kg, which is
expandable to 9kg by adding a balancer.
Thickness of fixing plate
Nosepiece
mounting surface
LV-FMA FM Module A (Motorized)
25
87
49 (48~68) 25
Eyepiece tube mounting surface
138.8
2
• Selectable mounting surface (back or bottom).
• 20mm vertical stroke.
• Dramatically improved rigidity enables the mounting of the
LV-UEPI2A motorized universal illuminator, etc.
• External control is possible via LV-ECON E Controller.
• The standard maximum permissible weight is 4-7kg, which is
expandable to 10kg by adding a balancer.
Vertical stroke:
19 upward, 1 downward
225 (224~244)
55
LV-IMA IM Module A (Motorized)
65.5
95
4-M4 depth 8
LV-IM IM Modules
ø9
de
pt
h
3.
4
Unit: mm
7
LVDIA-N DIA Base N
LV-ARM Basic Arm
This base unit is for the ECLIPSE LV series of modular microscopes. The attachment of an
optional power source enables the incorporation of a transmission illuminator.
This arm unit is for the ECLIPSE LV series of modular microscopes.
3
Arm's reference plane
Nosepiece mounting surface
0.5
2-ø9
2
R1
Counterbore of dia.13, depth 19
Counterbores have same dimensions
in all six locations
90
0.5
60
80
114
90˚
45
ø72
+0.2
50 +0.1
25
251
114
116
60˚
+0.012
1-ø6H7 0
Reference hole
30
25
0.5
3
28
Enlarged view A
8
6 +0.012
0
10
62 ±0.1
3-ø7
118
132
R170
73.5
±0.015
0
4
8
R
2-
260
48
115
(40)
80 ±0.2
40 ±0.03
Reference
hole
308
Eyepiece
mounting
surface
A
5.5
1-ø8H7 ( ±0.015
)
0
25
95
LV-ARM Basic Arm MBD65030/1400g
245
Unit: mm
112
178.5
LV-ECON E Controller
80
251
100
This controller enables external control of various units from a PC and other devices.
• Enables external control of motorized universal reflection illuminators and various light sources, universal motorized revolvers,
and motorized focusing modules from a PC or other devices.
• Communication with PC possible via USB.
• Max. 11˚ inclination when using tilt (unit's feet).
55
362
388.5
165
14
109
LVDIA-N DIA Base N MBD65015/5600g
Unit: mm
95
ø62
ø60
114
210
55.8
11˚
Unit: mm
LV-ECON E Controller MBF12200/2000g
8
9
CFI T Plan EPI/CFI TU Plan Fluor EPI/CFI L Plan EPI
CFI TU Plan EPI ELWD
CFI60-2/CFI60 objectives for brightfield use; Nomarski DIC is also possible with the TU type.
Dramatically extended working distances facilitate observations of samples having irregular surfaces.
Working distances have been extended significantly.
ø8.5
ø8.5
ø29
ø29
ø29
ø24
ø30
ø24
ø30
5
60
W.D.=4.5
W.D.=11
2
C
0.
5
2
W.D.=19
45
˚
30
˚
45
˚
W.D.=1.0
60
58.9
47.4
W.D.=1.0
60
58.9
47.4
45
˚
˚
30
60
55.4
45
˚
W.D.=4.5
˚
60
60
W.D.=17.5
60
W.D.=23.5
ø9
ø22.5
ø21.5
ø29
ø27
ø27
ø30
ø30
CFI TU Plan EPI ELWD 50×
CFI TU Plan EPI ELWD 100×
CFI TU Plan EPI ELWD 20×
ø21.5
˚
ø17
30
ø20
(55.4)
51
(48.9)
44.5
60
5
5
5
42.4
36.3
45
˚
60
ø28.2
M25×0.75
ø23.8
ø27
M25×0.75
ø23.8
5
ø28.2
M25×0.75
ø23.8
ø27
M25×0.75
ø23.8
(40.9)
ø27
M25×0.75
ø23.8
5
ø27
M25×0.75
ø23.8
5
ø27
M25×0.75
ø23.8
ø27
M25×0.75
ø23.8
5
Brightfield Objectives
Long Working Distance Objectives
for Brightfield/Nomarski DIC Use
Unit: mm
CFI TU Plan Fluor
EPI 20×
ø30
M25×0.75
CFI TU Plan EPI ELWD 20×
0.4
19.0
10
1.72
135
200×
1.10
3.50
200×
1.25
3.50
MUE21500
CFI TU Plan EPI ELWD 50×
0.6
11.0
4
0.76
130
500×
0.44
1.24
500×
0.50
1.24
MUE21900
CFI TU Plan EPI ELWD 100×
0.8
4.5
2
0.43
155
1000×
0.22
0.61
1000×
0.25
0.61
Ultra-long Working Distance Objectives
for Brightfield Use
ø27
M25×0.75
ø23.8
CFI 60-2/CFI 60 Objectives
Objectives (Magnifications)
NA
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
Weight
(g)
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
W.D.=10
˚
45
(2.6)
60
45
(49.8)
60
W.D.=22
(2.7)
C
0.
4
ø22
ø24.5
ø23
ø20
ø29
ø27
ø30
ø28
ø31
ø22.5
ø28
ø31
CFI T Plan EPI SLWD 10×
CFI T Plan EPI SLWD 20×
CFI T Plan EPI SLWD 50×
CFI T Plan EPI SLWD 100×
Unit: mm
Code No.
W.D.=30
W.D.=37
CFI L Plan EPI 40×
60
60
45
˚
45
˚
.5
O
C
CFI L Plan EPI 2.5×A
5
ø27
M25×0.75
ø23.8
5
ø27
M25×0.75
ø23.8
5
60
W.D.=1.0
25˚
.5
O
2.25
(4.7)
4.6
3
45
˚
W.D.=8.8
45
˚
6.5
ø27
M25×0.75
ø23.8
(37.8)
34
43
43.7
60
W.D.=6.5
60
C
ø4.9
ø17.5
ø21.4
ø24
ø27
CFI T Plan EPI 2.5×
(g)
MUE21200
5
25
8
20.4
C
1.
5
60
˚
W.D.=3.8
60
5
ø16
ø21.8
CFI T Plan EPI 1×
Weight
Ultra-long working distances.
Particularly useful when observing the bottom of a depression in the sample.
Working distances have been extended significantly.
1.4
˚
24.8
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
(29.6)
27.5
5
45
1.
31
NA
CFI T Plan EPI SLWD
C
ø15.6
ø35
CFI 60-2/CFI 60 Objectives
Objectives (Magnifications)
ø28.2
M25×0.75
15
ø28
M25×0.75
ø23.8
Code No.
CFI TU Plan Fluor
EPI 100×
ø29
ø29
M25×0.75
ø23.8
5
CFI TU Plan Fluor
EPI 50×
22.5
CFI TU Plan Fluor
EPI 10×
5
CFI TU Plan Fluor
EPI 5×
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
MUE12050
CFI TU Plan Fluor EPI 5×
0.150
23.5
40
12.22
115.0
50×
4.40
31.27
50×
5.000
31.27
MUE12100
CFI TU Plan Fluor EPI 10×
0.300
17.5
20
3.06
120.0
100×
2.20
7.82
100×
2.500
7.82
MUE12200
CFI TU Plan Fluor EPI 20×
0.450
4.5
10
1.36
125.0
200×
1.10
2.95
200×
1.250
2.95
MUE12500
CFI TU Plan Fluor EPI 50×
0.800
1.0
4
0.43
150.0
500×
0.44
0.79
500×
0.500
0.79
MUE12900
CFI TU Plan Fluor EPI 100×
0.900
1.0
2
0.34
150.0
1000×
0.22
0.50
1000×
0.250
0.50
MUE12010
CFI T Plan EPI 1×
0.030
3.8
200
305.56
165.0
10×
22.00
781.75
10×
25.000
781.75
MUE31100
CFI T Plan EPI SLWD 10×
0.2
37
20
6.88
80
100×
2.20
14.02
100×
2.50
14.02
MUE12030
CFI T Plan EPI 2.5×
0.075
6.5
80
48.89
140.0
25×
8.80
125.08
25×
10.000
125.08
MUE31200
CFI T Plan EPI SLWD 20×
0.3
30
10
3.06
115
200×
1.10
5.44
200×
1.25
5.44
MUE00031
CFI L Plan EPI 2.5×A
0.075
8.8
80
48.89
167.5
25×
8.80
125.08
25×
10.000
125.08
MUE31500
CFI T Plan EPI SLWD 50×
0.4
22
4
1.72
120
500×
0.44
2.43
500×
0.50
2.43
MUE00400
CFI L Plan EPI 40×
0.650
1.0
5
0.65
200.0
400×
0.55
0.65
400×
0.625
0.65
MUE31900
CFI T Plan EPI SLWD 100×
0.6
10
2
0.76
135
1000×
0.22
1.00
1000×
0.25
1.00
10
Unit: mm
Code No.
CFI 60-2/CFI 60 Objectives
Objectives (Magnifications)
NA
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
11
Weight
(g)
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
CFI TU Plan Fluor BD
CFI TU Plan Apo EPI/CFI TU Plan Apo BD/
CFI LU Plan Apo EPI/CFI LU Plan Apo BD
Brightfield/Darkfield/Nomarski DIC Objectives
Perfect for brightfield, darkfield, and Nomarski DIC observations.
High-Resolution Objectives for Brightfield or for Darkfield/Brightfield
2.50
7.82
MUE42200
CFI TU Plan Fluor BD 20×
0.45
4.5
10
1.36
185
200×
1.10
2.95
200×
1.25
2.95
MUE42500
CFI TU Plan Fluor BD 50×
0.80
1.0
4
0.43
200
500×
0.44
0.79
500×
0.50
0.79
MUE42900
CFI TU Plan Fluor BD 100×
0.90
1.0
2
0.34
200
1000×
0.22
0.50
1000×
0.25
0.50
CFI TU Plan BD ELWD
ø37.5
ø40
ø40
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
Weight
(g)
5
W.D.= 2
60
54
(3.9)
40
˚
60
W.D.= 2
M32×0.75
5
˚
43
1.5
45
60
0.9
20˚
5 4.5 3
45
˚
W.D.=1.5
60
54
(0.5) (4)
40
˚
60
˚
30
ø37.5
CFI TU Plan EPI ELWD 50×
NA
5
ø39
M32×0.75
ø8
ø18
ø22
ø24
1.8
ø7.6
CFI LU Plan Apo
EPI 150×A
ø3.2
ø2.6
ø5.2
ø5.3
ø26
ø36.8
ø26
ø36.8
CFI LU Plan Apo
BD 100×*
CFI LU Plan Apo
BD 150×A*
Unit: mm
ø33
CFI 60-2/CFI 60 Objectives
Objectives (Magnifications)
40
˚
ø39
M25×0.75
CFI TU Plan Apo
BD 150×
Code No.
CFI 60-2/CFI 60 Objectives
Objectives (Magnifications)
CFI TU Plan EPI ELWD 100×
Unit: mm
Code No.
(3.9)
ø30
ø30.8
W.D.=4.5
˚
45
W.D.=19
(55.4)
60
W.D.=11
60
(49)
(40.8)
45
˚
CFI TU Plan EPI ELWD 20×
60
ø35
.5
O
ø36
CFI TU Plan Apo
BD 100×
M32×0.75
ø30
ø37
ø40
ø34
CFI TU Plan Apo
BD 50×
C
ø32
W.D.=1.5
CFI TU Plan Apo
EPI 150×
.5 5
O .
C CO
5
ø35
M32×0.75
ø30.8
5
ø35
M32×0.75
ø30.8
5
ø33.8
M32×0.75
ø30.8
˚
CFI TU Plan Apo
EPI 100×
Long Working Distance Objectives
for Brightfield/Darkfield/Nomarski DIC Use
Extended working distances facilitate observations of samples having irregular surfaces.
˚
CFI TU Plan Apo
EPI 50×
W.D.= 0.42
60
100×
0.5 5
31.27
7.82
0.5
5.00
2.20
52.7
50×
100×
ø30
ø35
ø38
0.47 5.4
45
˚
31.27
140
5
4.40
3.06
60
50×
20
W.D.= 0.51
150
15.0
0.5
12.22
0.30
53.7
40
CFI TU Plan Fluor BD 10×
ø30
ø35
ø38
(5.4)
18.0
MUE42100
30
ø10
ø25
ø31
59.1
0.15
(58.5)
47.4
ø13
ø20.3
ø27
ø30
5
CFI TU Plan Fluor BD 5×
45
ø11
ø20.2
ø27
ø30
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field
Depth of Total magnifi- Actual field
Depth of
cation (M) of view (ømm) focus (µm) cation (M) of view (ømm) focus (µm)
MUE42050
60
CFI TU Plan Fluor
BD 100×
W.D.= 2
CFI TU Plan Fluor
BD 50×
20˚
CFI TU Plan Fluor
BD 20×
54
5
5
ø30.8
(0.39)
NA
ø30.8
W.D.= 0.3
Objectives (Magnifications)
ø23.8
60
ø40
Weight
(g)
ø23.8
W.D.= 2
ø40
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
ø23.8
(57.9)
53
ø37
ø36
CFI 60-2/CFI 60 Objectives
ø36
M32×0.75
ø28.4
Unit: mm
Code No.
ø36
M32×0.75
5
W.D.=1
˚
35
60
ø37
ø29
M25×0.75
˚
CFI TU Plan Fluor
BD 10×
ø28.4
ø28.2
M25×0.75
(57.9)
51
ø33.4
ø28.2
M25×0.75
30
CFI TU Plan Fluor
BD 5×
ø26.2
(5.1)
ø36
(5.1)
ø25
ø36
(4.4)
35
˚
W.D.=1
60
W.D.=4.5
45
˚
W.D.=18
45
˚
W.D.=15
60
60
(41.7)
45
˚
ø27.6
Apochromat-type objectives virtually eliminate chromatic aberration and feature excellent resolution.
Nomarski DIC is also possible with the TU/LU type.
60
M32×0.75
ø30.8
5
M32×0.75
ø30.8
53.9
M32×0.75
ø30.8
5
M32×0.75
ø30.8
53.9
M32×0.75
ø30.8
5
ø35
51
ø35
5
ø33.6
(44.8)
ø33.6
5
ø33.6
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
NA
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
Weight
(g)
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
MUC11500
CFI TU Plan Apo EPI 50×
0.80
2.00
4.00
0.43
150.0
500×
0.44
0.79
500×
0.50
0.79
MUC11900
CFI TU Plan Apo EPI 100×
0.90
2.00
2.00
0.34
175.0
1000×
0.22
0.50
1000×
0.25
0.50
MUC11150
CFI TU Plan Apo EPI 150×
0.90
1.50
1.33
0.34
160.0
1500×
0.15
0.45
1500×
0.17
0.45
MUC41900
CFI TU Plan Apo BD 50×
0.80
2.00
4.00
0.43
190.0
500×
0.44
0.79
500×
0.50
0.79
MUC41150
CFI TU Plan Apo BD 100×
0.90
2.00
2.00
0.34
220.0
1000×
0.22
0.50
1000×
0.25
0.50
MUC41500
CFI TU Plan Apo BD 150×
0.90
1.50
1.33
0.34
220.0
1500×
0.15
0.45
1500×
0.17
0.45
MUC10151
CFI LU Plan Apo EPI 150×A
0.95
0.30
1.33
0.30
217.5
1500×
0.15
0.40
1500×
0.17
0.40
MUE61200
CFI TU Plan BD ELWD 20×
0.4
19.0
10
1.72
155
200×
1.10
3.50
200×
1.25
3.50
MUC40900* CFI LU Plan Apo BD 100×
0.90
0.51
2.00
0.34
325.0
1000×
0.22
0.50
1000×
0.25
0.50
MUE61500
CFI TU Plan BD ELWD 50×
0.6
11.0
4
0.76
180
500×
0.44
1.24
500×
0.50
1.24
MUC50151* CFI LU Plan Apo BD 150×A
0.90
0.42
1.33
0.34
305.0
1500×
0.15
0.45
1500×
0.17
0.45
MUE61900
CFI TU Plan BD ELWD 100×
0.8
4.5
2
0.43
205
1000×
0.22
0.61
1000×
0.25
0.61
12
* This product have been discontinued, and only available from stock.
13
Universal Epi-Illuminator LV-UEPI2/LV-UEPI2A
Objectives for LCD Inspection
The CFI L Plan EPI CR series employs a correction system to cope with the thinner coverglass
for FDP and the increased integration and mounting density of devices.
95
79.5
• Equipped with advanced optics suitable for a wide variety of observation
methods, ranging from brightfield, darkfield, simple polarizing, sharp
polarizing, and DIC, to epi-Fluorescence.
• Includes a feature for automatically maintaining optimal illumination
conditions for the field and aperture diaphragms,
shutter, and UV cut filters, thereby reducing
tedious microscope operations to
an absolute minimum.
65
5
CFI L Plan EPI 20×CR
0.45
10.9~10.0
10.00
1.36
240
200×
1.10
2.95
200×
1.25
2.95
MUE35500
CFI L Plan EPI 50×CR
0.70
3.9~3.0
4.00
0.56
240
500×
0.44
0.97
500×
0.50
0.97
MUE35900
CFI L Plan EPI 100×CRA
0.85
1.2~0.85
2.00
0.38
260
1000×
0.22
0.55
1000×
0.25
0.55
MUE35910
CFI L Plan EPI 100×CRB
0.85
1.3~0.95
2.00
0.38
260
1000×
0.22
0.55
1000×
0.25
0.55
LU Nosepiece Adapter M32-25
ø30.8
(9.5)
5
M25×0.75
M32×0.75
4.5
Adapter for attaching an EPI Plan objective to a brightfield
nosepiece or universal nosepiece.
LU Nosepiece
Adapter M32-25
MXA23017/25g
ø35
Unit: mm
110
• Accurate reproduction of illumination conditions thanks to the motorization
of the illumination changeover turret and aperture diaphragm and control
of the illumination voltage.
• Automatic optimization of the aperture diaphragm according to the
objective lens and illumination technique. Can also be changed manually
depending on the sample and purpose.
• Control possible from the microscope or a PC
when combined with LV100DA-U.
• External control also possible from a PC
when combined with the
LV-ECON E Controller.
95
130
Synchronized with B/D changeover
Illumination
12V-50W high-intensity halogen lamp illuminator
Filter
Supports insertion of four ø25mm filters (NCB11, ND4, ND16),
a polarizer/analyzer. Also supports ESD.
Weight
1,750g
14
LV-UEPI2
LV-UEPI2A
Field diaphragm
Centerable and synchronized with B/D changeover
Aperture diaphragm
Centerable and synchronized with B/D changeover
Centerable and synchronized with motorized brightfield/darkfield changeover
(Automatic optimization according to objective lens)
Illumination
12V-50W high-intensity halogen lamp illuminator
Motorized operation/control possible for 12V 50W high-intensity halogen
lamp illuminator and illumination changeover turret
Filters
Supports insertion of four ø25mm filters (NCB11, ND4, ND16), two Fluorescence filter cubes, a polarizer/analyzer, λ plate, or an excitation light balancer. Also supports ESD.
61
105
260
Cable length: 220mm
(Measured from where it enters
cord bushing to where it enters
connector)
25
Aperture diaphragm
Unit: mm
Universal Epi-Illuminator LV-UEPI2/MBE60300 Motorized Universal Epi-Illuminator LV-UEPI2A/MBE60310
13
60
Items
Centerable and synchronized with B/D changeover
400
100
Configured with LV-LH50PC Precentered Lamphouse
Configured with LV-LH50PC Precentered Lamphouse
Field diaphragm
Cable length: 220mm
(Measured from where
it enters cord bushing
to where it enters
connector)
32
ø51
336
295
Universal Epi-Illuminator LV-UEPI-N/MBE60201
23
ø21
435
• Enables brightfield, darkfield, simple polarizing, and DIC observation.
• Automatic opening of field and aperture
diaphragms when observation is switched
from brightfield to darkfield.
• Return of field and aperture diaphragms to
their original position when observation
is switched back from darkfield
to brightfield.
45˚
54
16
This universal illuminator supports the
CFI60-2 / CFI60 optical system.
25.5
370
5
Universal Epi-Illuminator LV-UEPI-N
510
LV-UEPI2A
95
(g)
MUE35200
105
Weight
Unit: mm
79.5
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
Configured with LV-LH50PC Precentered Lamphouse
68
NA
400
113.3
65
Objectives (Magnifications)
Cable length: 220mm
(Measured from where
it enters cord bushing
to where it enters
connector)
32
ø51
Widefield CFI eyepieces
Ultra-Widefield CFI eyepieces
CFI 10× (F.N. 22)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
CFI 60-2/CFI 60 Objectives
40
ø21
CFI L Plan EPI 100×CRB
Unit: mm
Code No.
45˚
105
60.3
22
4
26°
6.5 5°
6.4
CFI L Plan EPI 100×CRA
110
ø14.5
ø19.8
ø24.8
ø27
ø32.5
1.8
ø11.5
ø19.8
ø24.8
ø27
ø32.5
25.5
370
81.3
(16
)°
5
(0.7)
13 14.3
60.1
0.3(CG)
25° 6.5 45°
CFI L Plan EPI 50×CR
58.2
(16
)°
13
22
W.D.=1.1
ø13
ø18.8
ø23.3
ø26
ø31.5
W.D.=1.2
5
(0.7)
14.3
30°
0.6(CG)
45°
60.2
58.7
(7
)°
5
(0.5)
56.1
3 6.5 15.5
3.1
0.6(CG)
CFI L Plan EPI 20×CR
W.D.=3.5
W.D.=10.5
ø31.5
ø29.5
M25×0.75
510
LV-UEPI2
0
ø4 4
ø5
ø20
ø35.5
ø34
ø29.5
ø28.5
M25×0.75
ø34
13
14.5
°
11
60.2
5 11.7 10.8
(0.5)
ø29.5
M25×0.75
21.1
(45
)°
49.1
5
ø33.5
ø35.5
0.9(CG)
ø33.5
ø32
ø29
ø27
M25×0.75
2.5 6.2
ø35
This universal illuminator supports the CFI60-2 / CFI60 optical system.
16
CFI L Plan EPI CR
LV-LH50PC Precentered Lamphouse
YM-NCB ø25mm Filter Slider NCB11
YM-ND ø25mm Filter Slider ND4/ND16
LV-HL50W 12V50W Halogen Lamp
LV-PO Polarizer
L-AN Anaryzer
L-DIC DIC Slider
YM-GIF ø25mm GIF Filter
YM-EPI 3-3PIN Extension Cable
Unit: mm
Code No.
Weight (g)
MBE65275
MBN66750
MBN66760
MXA23045
MBN66923
MBN66922
MBP60170
MBN66730
MXA29002
800
31
36
7
60
14
120
25
100
Weight
2,400g
Items
LV-LH50PC Precentered Lamphouse
YM-NCB ø25mm Filter Slider NCB11
YM-ND ø25mm Filter Slider ND4/ND16
LV-HL50W 12V-50W Halogen Lamp
LV-PO Polarizer
LV-FLAN FL Analyzer
LV-LP λ Plate
C-FL UV-2A
2,570g
Code No.
Weight (g)
MBE65275
MBN66750
MBN66760
MXA23045
MBN66923
MBN66925
MBN66924
MBE41201
800
31
36
7
60
20
15
40
Items
C-FL V-2A Filter Cube
C-FL BV-2A Filter Cube
C-FL B-2A Filter Cube
C-FL G-2A Filter Cube
LV-PAB Polarizer/Analyzer Cube
YM-GIF ø25mm GIF Filter
YM-EPI 3-3PIN Extension Cable
L-DIC DIC Slider
15
Code No.
Weight (g)
MBE42101
MBE43101
MBE44501
MBE45501
MBE64100
MBN66730
MXA29002
MBP60170
40
40
40
40
45
25
100
120
TI-PS100W/A Power Supply
Revolving Nosepieces
This transformer is for the LV-UEPI-N, LV-UEPI2, and LV-UEPI2A universal reflection illuminators.
Eight types of nosepieces – either manual or motorized – are available to choose from.
300
105.8
15˚
89
89
32
24.
12
93.7
50.6
48
50.6
48
6
ø10
ø127
ø127
C-N Sextuple Nosepiece
MBP71315/450g
27
15
27
23˚
93.7
55.7
15
51.1
8
53
149.3
55.7
48
142
149.3
317
70
14 0
3
74.9
1 40
81.
30.9
15˚
LV-NBD5 BD Quintuple Nosepiece ESD
MBP60125/580g
LV-NU5 Universal Quintuple Nosepiece ESD
MBP60115/580g
Unit: mm
15˚
149
93.7
48
88
88
88
70.5
69
69
48
91.7
15
15
LV-EPILED White LED Illuminator
55.7
)
55.7
)
93.7
)
(182
149
55.7
147.1
(89)
(89)
160
100
(182
Weight (g)
(182
Code No.
MBF11250/MBF11300
MXA29002
Cable length:
160mm from fixed portion
(89)
Items
Power Cord BJ/BE
YM-EPI 3-3PIN Extension Cable
15˚
15˚
Cable length:
160mm from fixed portion
53
TI-PS100W/A Power Supply MEF52251/2000g
This LED illuminator supports the CFI60-2 / CFI60 optical system.
• Light-weight, compact white LED illuminator developed specially for brightfield observation.
• Operated via an attached power source controller.
• Can also be externally controlled via the LV-ECON E controller.
• Includes ND4 and ND16 filters.
• Standard cable length : 2.8m
ø43.5
ø127
ø43.5
ø127
LV-NU5A Motorized Universal Quintuple Nosepiece ESD
MBP60105/800g
266.7
207
25
ø43.5
ø127
LV-NU5AC Motorized Universal Quintuple Nosepiece
MBP60102/800g
LV-NU5AI Motorized Universal Quintuple Nosepiece
MBP60107/890g
6.3
58
(89)
20˚
22.5
53.6
48
48
88
65.5
ø86
50
110
5
84
16
ø51.2
125
41
26
2
ø11
Unit: mm
28
ø43.5
ø127
10˚
48
36
69
100.5
93.7
15
LV-EPILED White LED Illuminator MBE60500/1500g
)
(182
149
55.7
)
(103
ø8.85
86
94
15˚
LV-NU5I Intellijent Universal Quintuple Nosepiece ESD
MBP60108/600g
ø16
100
111
LV-NCNT-N Motorized Nosepiece Controller
MBF65331/400g
P-N Centering Quintuple Nosepiece
MDP44205/600g
(Standard cable length : 1.5m)
Unit: mm
Items
116.8
Power Cord BJ/BE
AC Adapter 2
Controller
16
Code No.
Weight (g)
MBF11250/MBF11300
MQF52055
160
200
Items
Power Cord BJ/BE
AC Adapter 2/CN
17
Code No.
Weight (g)
MBF11250/MBF11300
MQF52055
160
200
CF IC EPI Plan ELWD Long Working Distance Objectives for Brightfield Use
CF&IC Optical System
ø26
ø24
ø24
ø24
ø20.32,1inch
P=36
ø20.32,1inch
P=36
ø20.32,1inch
P=36
7
45
ø25
ø20.32,1inch
P=36
ø20.32,1inch
P=36
ø20.32,1inch
P=36
95
200×
1.0
3.50
200×
1.25
3.50
MUL03501
CF IC EPI Plan ELWD 50×A
0.55
8.7
4
0.91
105
500×
0.4
1.43
500×
0.50
1.43
MUL03901
CF IC EPI Plan ELWD 100×A
0.80
2.0
2
0.43
120
1000×
0.2
0.61
1000×
0.25
0.61
ø28
ø25
ø20.32,1inch
P=36
5
5
ø28
ø25
ø20.32,1inch
P=36
Weight
(g)
45
8
W.D.=4.7
3.3
C
24˚
1.3
0.
7 C
0.
7
22
45
W.D.=13.8
14.7
45
W.D.=20.5
ø21
ø25
ø22.6
ø24
ø27
ø22.6
ø24
ø25.6
ø27
ø14.2
ø24
ø27
CF IC EPI Plan SLWD 10×A
CF IC EPI Plan SLWD 20×A
CF IC EPI Plan SLWD 50×A
CF IC EPI Plan SLWD 100×A
CF IC EPI Plan 100×A
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
1.3
12
45
C
0.
˚
5
ø21.5
W.D.=20.3
ø18.8
ø27
13.7
ø16.8
ø21.5
3 0˚
ø18.8
45
2.5
2.2
1.4
8
4
4
7
7
W.D.=0.3
20˚
6
45 0˚
˚
ø28
ø25
ø20.32,1inch
P=36
7 5.3
45
ø26
ø24
ø20.32,1inch
P=36
ø5.4
ø14
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
W.D.=2.0
˚
45
3 0˚
2 2.5
1
2
1.72
5
7
10
25
W.D.=0.54
30˚
45
˚
60
˚
11.0
5
2.5
0.40
0.
2
CF IC EPI Plan ELWD 20×A
5
W.D.=3.1
(g)
MUL03201
C
25
45
45
49.7
8
5
5
7
8
5
7
8
Weight
0.
10.4
60
˚
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
Ultra-long working distances.
Particularly useful when observing the bottom of a depression in the sample.
ø13
CF IC EPI Plan 50×A
NA
NA
C
ø8.5
CF IC Objectives
Objectives (Magnifications)
CF IC EPI Plan ELWD 100×A
CF IC EPI Plan SLWD Ultra-long Working Distance Objectives for Brightfield Use
Unit: mm
Code No.
CF IC EPI Plan ELWD 50×A
CF IC Objectives
ø27
CF IC EPI Plan 20×A
ø25
Code No.
5
0.
5
0.
46.8
W.D.=16.5
1.5
ø28
ø25
ø25
ø25
7
7
33.8
8
13.5
45
˚
45
ø28
ø24
C
ø26
ø22
ø14
ø19
Objectives (Magnifications)
CF IC EPI Plan 10×A
ø15
ø17
ø22
Unit: mm
ø25
CF IC EPI Plan 5×A
45˚
ø17
ø25
CF IC EPI Plan ELWD 20×A
ø22
ø25
CF IC EPI Plan 2.5×A
C
16.5
1.3
5.3
7
4
W.D.=22.5
ø25
W.D.=8.8
45˚
4.5
16.7
45
11.5
8
7
5
5
5
0.
ø16
45
8
23.5
W.D.=8.7
2
18
45
ø20.32,1inch
P=36
W.D.=11
ø20.32,1inch
P=36
45
8
7
8
ø24
ø20.32,1inch
P=36
15
ø26
45 ˚
ø24
4
ø26
ø24
C
ø26
ø26
5
5
CF&IC objectives for brightfield use.
ø26
5
Brightfield Objectives
7
CF IC EPI Plan
Extended working distances facilitate observations of samples with irregular surfaces.
Unit: mm
Code No.
CF IC Objectives
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
MUL00031
CF IC EPI Plan 2.5×A
0.075
8.80
80.00
48.89
108
25×
8.00
125.08
25×
10.00
125.08
MUL00051
CF IC EPI Plan 5×A
0.130
22.50
40.00
16.27
65
50×
4.00
38.25
50×
5.00
38.25
MUL00101
CF IC EPI Plan 10×A
0.300
16.50
20.00
3.06
90
100×
2.00
7.82
100×
2.50
7.82
MUL04101
CF IC EPI Plan SLWD 10×A
0.21
20.3
20
6.24
85
100×
2.0
13.04
100×
2.50
13.04
MUL00201
CF IC EPI Plan 20×A
0.460
3.10
10.00
1.30
120
200×
1.00
2.85
200×
1.25
2.85
MUL04201
CF IC EPI Plan SLWD 20×A
0.35
20.5
10
2.24
80
200×
1.0
4.29
200×
1.25
4.29
MUL00501
CF IC EPI Plan 50×A
0.800
0.54
4.00
0.43
145
500×
0.40
0.79
500×
0.50
0.79
MUL04501
CF IC EPI Plan SLWD 50×A
0.45
13.8
4
1.36
110
500×
0.4
1.99
500×
0.50
1.99
MUL00901
CF IC EPI Plan 100×A
0.950
0.30
2.00
0.30
140
1000×
0.20
0.46
1000×
0.25
0.46
MUL04901
CF IC EPI Plan SLWD 100×A
0.73
4.7
2
0.52
135
1000×
0.2
0.71
1000×
0.25
0.71
18
Objectives (Magnifications)
NA
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
19
Weight
(g)
CF IC EPI Plan DI
Double beam interference objectives that have large numerical aperture, long working distance and
high optical performance.
0.95
0.35
4.00
0.3
170
500×
0.40
0.61
500×
0.50
0.61
MUT10101
CF IC EPI Plan Apo 100×A
0.95
0.32
2.00
0.3
170
1000×
0.20
0.46
1000×
0.25
0.46
MUT10153
CF IC EPI Plan Apo 150×B
0.95
0.20
1.33
0.3
160
1500×
0.13
0.40
1500×
0.17
0.40
* This product have been discontinued, and only available from stock.
ø28.5
ø27.5
ø26
ø23.4
ø20.32,1inch
P=36
2.8
NA
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
5
5.5 5
(g)
19.78
3.06
125
100×
2.00
3.04
100×
2.50
3.04
MUL40201
CF IC EPI Plan DI 20×A
0.40
4.7
9.97
1.72
130
200×
1.00
1.71
200×
1.25
1.71
MUL40501
CF IC EPI Plan DI 50×A
0.55
3.4
4.00
0.90
200
500×
0.40
0.90
500×
0.50
0.90
MUL40900
CF IC EPI Plan DI 100×
0.70
2.2
2.00
0.56
200
1000×
0.20
0.56
1000×
0.25
0.56
Interference Objectives
ø44
ø31
Weight
(g)
0.40
(10.18)*
10
1.72
140
200×
1.00
3.50
200×
1.25
3.50
CF IC LCD Plan CR 50×
0.55
(7.78)*
4
0.91
170
500×
0.40
1.43
500×
0.50
1.43
Objective
magnification
Coverglass thickness
1.2-0.6mm
20×
10.11 - 10.54
50×
7.71 - 8.15
5
38
31.1
87
18.4
39.6
.5
11
ø19
20
10.2
13.5
16
49.9
CF IC EPI Plan TI 5×A
CF IC Objectives
Objectives (Magnifications)
ø23
D20.32 1/P=36
Unit: mm
8.5
51.1
Code No.
C-OA 15mm Adapter
MXA20750/45g
20
22.6
Shutter closed
(brightfield observation)
Unit: mm
C
O
4.5
An adapter for attaching CF & IC
objectives to the C-N Sextuple
Nosepiece (page 17) that supports
the CFI optical system.
20
13
ø38
ø39
25.1
ø29
3.5
CF IC EPI Plan TI 2.5×A
M25×0.75
14.7
60
˚
Working distance varies by coverglass thickness (W.D. : mm)
ø30
C-OA 15mm Adapter
0.3
* Figures in parentheses are the working distance for a coverglass thickness of 1.1mm.
The correction range for cover glass thickness is 1.2 to 0.6mm at all magnifications.
The working distance varies by coverglass thickness. (See table below)
80.1
26.6
CF IC LCD Plan CR 20×
MUL50500
15
87
MUL50200
21
Unit: mm
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
24.5
ø20.32,1inch
P=36
49
35.4
6.9
ø31
5.8
0.8
M27×0.75
6.8
5.8
6.9
ø44
20.8
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
45
7.4
W.D.=9.3
NA
W.D.=2.0
0.30
4
Objectives (Magnifications)
0.4
CF IC EPI Plan DI 10×A
ø45
CF IC LCD Plan CR 50×
CF IC Objectives
3.5
MUL40101
W.D.=10.3
Code No.
11.5
(17.4)
Weight
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
(Standard with roundness)
C.G.t=1.1
C.G.t=1.1
CF IC LCD Plan CR 20×
(47.9)
45
CF IC EPI Plan DI 100×
˚
45
ø26.5
ø28.5
W.D.=3.4
CF IC EPI Plan DI 50×A
CF IC Objectives
45.38
W.D.=7.78
5
11.3
4.4 2.5
4.5
5.6 4.5
35˚
CF IC EPI Plan DI 20×A
CF IC EPI Plan TI
ø17.8
ø22
ø26.5
ø28.5
20
°
5
(46.6)
5.15
ø27.8
ø31
Unit: mm
0.9
41.5
1.9
13.1
45.38
W.D.=10.18
10
4.4
4.5
ø30
˚
60
5.6 4.5
9.5
34.1
11.3
5
2.8
ø28.5
ø27.5
ø26
ø23.4
ø20.32,1inch
P=36
ø13.5
ø15.5
ø26
Objectives (Magnifications)
for LCD Inspection
These objectives, developed specially for LCD inspection, enable the observation of a clear image under the coverglass.
13.1
45
W.D.=7.4
CF IC EPI Plan DI 10×A
Code No.
CF IC LCD Plan CR
5
5
5
45.3
23
45
22.5
5.1
CF IC EPI Plan Apo 50×A
ø27
14
(g)
MUT10051
ø22
ø26
ø14
85
˚
Weight
ø10
ø21.6
0.6
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
ø10
ø17.5
19
NA
Unit: mm
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
5.8
Objectives (Magnifications)
40˚
CF IC EPI Plan Apo 150×B
ø27
ø20.32,1inch
P=36
ø20.32,1inch
P=36
5.3
CF IC EPI Plan Apo 100×A
CF IC Objectives
50
˚
16˚
CF IC EPI Plan Apo 50×A
Code No.
4
45
60
˚
W.D.=0.2
25
4.8
3
1.1
1.8
60
˚
1.7
16˚
3
4.8
W.D.=0.32
25
45
W.D.=0.35
25
2.5
2.15
ø18.8
ø28
ø26
˚
60
ø20.8
ø29
ø33
ø25
ø20.32,1inch
P=36
˚
ø5.4
ø13
ø18.8
ø27
45˚
ø13
5
1.
C
5
1.
C
ø16
ø35
ø28
45
45
6
8
5.3
7
ø20.32,1inch
P=36
ø34
ø28
0.5
5
ø28
ø25
45˚
49.6
8
8
7
7
5
5
ø28
ø25
ø20.32,1inch
P=36
W.D.=4.7
ø29
ø26.7
ø25
ø20.32,1inch
P=36
ø30
ø25
ø20.32,1inch
P=36
15
Apochromat-type objectives for brightfield use virtually eliminate chromatic aberration and feature excellent resolution.
Double Beam Interference Objectives
(16.4)
High-Resolution Brightfield Objectives
7
CF IC EPI Plan Apo
NA
length Physical depth
W.D. (mm) Focal
(mm)
of focus (µm)
Weight
(g)
Widefield CF eyepieces
Ultra-Widefield CFI eyepieces
CFWN 10× (F.N. 20)
CFI UW10× (F.N. 25)
Total magnifi- Actual field Depth of Total magnifi- Actual field Depth of
cation (M) of view (ømm) focus (µm)
cation (M) of view (ømm) focus (µm)
MUL42031
CF IC EPI Plan TI 2.5×A*
0.075
10.3
80
48.5
440
25×
8.00
48.6
MUL42051
CF IC EPI Plan TI 5×A
0.13
9.3
40
16.2
280
50×
4.00
16.2
* 2.5×A supported up to a field number of ø22.
21
50×
5.00
16.2
CM-10A/CM-10L
CM-20A/CM-20L
• Basic model with a tube lens focal length of f/200mm (1×)
ø40
4-M4
depth 5
C-mount
fixing screw
(Light guide adapter
fixing screw)
1-M3
30
30
(installation
screw)
5
TV monitor
15
CCD camera with C-mount
(Light guide
installation hole)
Sample side
CM-70L
CM-30A/CM-30L
• Compact model based on the CM-10 that features
a short tube length.
(Light guide
installation hole)
1-M3
(Light guide
fixing screw)
30
4-M4
depth 5
17.526
ø54
1-M3
74
(Light guide
fixing screw)
42.3
5
30
156.1
ø7
5
ø40
Objective port
(installation
screw)
60
ø8 Light
guide
adapter
(exchange type)
(1×)
4-M4
depth 5
(installation
screw)
(same position
on the
opposite
side)
102.2
Sample side
(0.5×)
2-M3
(Light guide adapter
fixing screw)
ø27
22
(1×)
ø37
3-M3
40
Objective port
42.3
C-mount port
C-mount
fixing screw
40
ø40
2-M3
(Light guide adapter
fixing screw)
15
40
Image
formation
1× plane
ø38
103.3
(installation screw)
(same position on
the opposite side)
ø27
22
16
ø23
30
4-M4 depth 5
30
30
6
C-mount port
(installation
screw)
(same position
on the
opposite
side)
CM-10A:45
CM-10L:60
CM-10A
CM-10L
CM-5A
CM-30A
CM-30L
53
(0.4×/1×)
73
C-mount 0.4×
ø23
4-M4
depth 5
C-mount
fixing screw
CM-70L
Image formation plane
C-mount
1-M3
53
(Flange focal distance:
38.48mm)
20
ø31
• Enables simultaneous observation at different imaging
magnifications (1×/0.4×). For CFI60-2 / CFI60 EPI Plan.
17.526
72
ENG-mount*2
CM-20A
CM-20L
17.526
ø7
CM-10A:45
CM-10L:60
CCD camera with ENG-mount
121.5
Sample side ø8 Light
guide
ø7
adapter
(exchange type) (Light guide
installation hole)
Objective port
ø8 Light
guide
adapter
(exchange type)
(Light guide
fixing screw)
Objective port
30
2-M3
(Light guide adapter
fixing screw)
1-M3
42.3
ø40
ø30
ø23
ø27
22
65
70
5
5
220.5
40
40
42.3
5
2-M3
(Light guide
fixing screw)
(installation
screw)
8-M4 depth 5
(installation screw)
(same position on
the opposite side)
ø37
ø23
(installation screw)
(same position on
the opposite side)
4-M4
depth 5
20
ø37
C-mount
fixing
screw
2-M3
40
8-M4 depth 5
40
2-M3
C-mount port
ø38
ø38
22
• Ultra-compact and lightweight.
• C-mount video cameras having 1/4 to 1-inch CCDs are attachable as standard.
ENG-mount video cameras can also be mounted via optional ENG-mount adapters.
• The Koehler Illumination Optical System offers a uniformly bright viewfield.
• Tread holes ideally located on the surface of the microscope facilitate attachment of virious auxiliary equipment.
Image formation plane
C-mount
C-mount port
CM-10A:45
CM-10L:60
Image formation plane
C-mount
ø27
Ultra-compact reflected microscopes designed for integration into production lines to provide onmonitor observations.
• Features a tube shorter than the CM-10,
by setting the tube lens focal length at f/100mm (0.5×)
17.526
CM-Series Compact Reflected Microscopes
ø7(ø8)
(Light guide
installation hole)
Sample side
ø8 light guide adapter (exchange type)
CF IC EPI Plan*1
CFI60-2 / CFI60
EPI Plan*1
ø8
26.3
ø8 Light guide
Adapter
ø21
Objectives for
measuring
microscopes*1
(Light guide
installation hole)
*1 Use a objective for measuring microscopes on the CM-5A and a CF IC EPI Plan lens on other A series units. In addition,
use an EPI Plan lens from the CFI60-2 / CFI60 series on L series units.
*2 The ENG-mount for CM is a made-to-order product. When ordering, please inform us of the flange focal distance of the camera that will be used.
Unit: mm
CM-20A/CM-20L
CM-10A/CM-10L
CM-30A/CM-30L
CM-70L
C-mount
Camera mount
C-mount (ENG-mount possible with option)
Tube lens focal length
200mm
100mm
200mm
1×
0.5×
1×
0.4×/1×
Same as objective magnification
Objective magnification × 0.5
Same as objective magnification
Same as objective magnification and 0.4×
Tube lens magnification
Magnification on CCD surface
A series: CF IC EPI Plan objectives / L series: CFI60-2 / CFI60 EPI Plan objectives
Compatible objectives*
Koehler illumination (high-quality telecentric illumination)
Illumination optical system
Attachment surfaces
Dimensions (W×D×H); Weight (Approx.)
80/200mm
3
40 × 40 × 224.5mm ; 440g
40 × 40 × 125.5mm ; 290g
4
3
42 × 72 × 107.3mm ; 400g
40 × 117 × 156.1mm ; 690g
Manufactured by: Nikon Engineering Co.,Ltd.
* On the above-mentioned A series and L series, use CF IC EPI Plan and CFI60-2 / CFI60 series EPI Plan Objectives, respectively.
22
23
2nd Objective Lens Units
Image formation plane
30
(Light guide adapter
fixing screw)
1-M3
(Light guide
fixing screw)
40
ø40
182.5
89.2
30
5
Built-in Type 2nd Objective Lens Unit
ø7(ø8)
CM-5A
(Light guide
installation hole)
50
ø28
ø34
5
71
66
40
(installation
screw)
8-M4 depth 5
(installation screw)
(same position
on the opposite side)
ø37
4-M4
depth 5
2-M3
ø23
2-M3
Used to focus parallel light beams coming through CFI60-2 / CFI60 objectives and CF&IC
objectives onto the image plane.
C-mount port
ø38
Objective port
Measuring microscope objectives
Compatible objectives
Koehler illumination (high-quality telecentric illumination)
Illumination optical system
Image plane
40 × 40 × 186.5mm ; 410g
Dimensions (W×D×H); Weight (Approx.)
Sample side
• Compatible with CFI60-2, CFI60 and CF&IC infinity objectives.
• Focal length: f/200mm.
• To obtain the optimal objective performance, keep the
distance between the lens unit and the objective's shoulder
within 100-200mm as shown in the diagram at right.
3
Attachment surfaces
W.D.
Measuring
microscope
objectives
Tube lens focal length
126
Light guide
adapter
(exchange
type)
C-mount (ENG-mount possible with option)
Camera mount
Built-in Type 2nd Objective Lens Unit
MXA20696/70g
151.2
C-mount
C-mount
fixing
screw
17.526
CM-5A
Unit: mm
ø36 f7
Manufactured by: Nikon Engineering Co.,Ltd.
-0.025
-0.050
ø43
ø43
M26×0.75
29
ø43
M26×0.75
21.85
5
0.
C
Objectives for Measuring Microscopes
ø43
M26×0.75
M26×0.75
ø47
20×A
50×A
100×
1×
3×A
5×A
10×A
20×A
50×A
100×
158.2
66.2
42.3
20.2
10.98
4.3
2.15
NA
0.03
0.09
0.13
0.2
0.4
0.55
0.75
W.D. (mm)
79
75.5
64
48
20.3
15.1
4.1
Depth of focus (µm)
322
36
17
7
1.8
1
0.5
650
600
550
Weight (g)
150
150
200
24
MQD42000
C-mount
TV Adapter A
(optional)
Image plane
ø38
146.7
162.2
175.7
100
86.5
ø38
ø68
ø53
ø68
126
120
Image plane
ø53
Unit: mm
Focal length (mm)
Parfocal distance (mm)
MQD42000
C-mount
TV Adapter A
(optional)
TV Relay Unit 1×
MXK60147/500g
5
ø38
4.1
15.1
ø38
20.3
ø38
TV-Use 2nd Objective Lens Unit 0.5×
MXA20714/100g
71
• Image plane magnification: 0.5×; Focal length: f/100mm.
• Image plane magnification: 1×; Focal length: f/200mm.
• With a field number of 11mm, this lens unit can be used
with CCD cameras smaller than 2/3-inch types.
• Distance between the lens unit and the objective's shoulder:
60-160mm (110mm optimum).
• Compatible with Universal Epi-Illuminators (LV-UEPI-N,
LV-UEPI2, LV-UEPI2A, and LV-EPILED).
126
129.4
TV-Use 2nd Objective Lens Unit 0.5×/
TV Relay Unit 1×
126
118.4
100 ~ 200
126
10×A
M26×0.75
126
Unit: mm
48.0
5×A
ø47
M26×0.75
113.2
M26×0.75
Objective point
ø35.5
64
3×A
ø47
99.6
83.7
ø34
75.5
79
1×
126
126
ø34
126
ø34
81
84.6
M38×0.5
Unit: mm
25
Sleeve diameterø (mm)
Filters
Eyepiece Tubes/Double Port/Straight Tubes
A color balance compensation filter and neutral density filter are available.
These lens tubes can be combined with illuminators such as the LV-UEPI, LV-UEPI2, LV-UEPI2A
and LV-EPILED. The trinocular eyepiece tube supports both ultrawide and wide fields of view with
a change of the eyepiece lens.
192.7
65.5
ø60
.3
264.6
59
ø50
137
31
66
ø52
138
.3
5
30
˚
ø59
E.P.
GIF Filter
NCB11 Filter
Allows only a green spectrum near the 546nm wavelength to pass through.
Effective for increasing the contrast of monochrome photographs and black-and-white
TV images.
This compensation filter maximizes the color reproduction of daylight-type
color film, when the halogen lamp voltage of the brightfield light source is
set to 9V.
204
C-TT Trinocular Tube T
ND Filters
C-mount
91
42.8
131
Straight Tubes
ø52
ø51
ø59
ø50
ø52
30
35
22
ø52
ø38
ø59
25
57.5
5
45
Y-T TV Tube
MBB73520/250g
ø51
13
Installed between the epiilluminator and the
trinocular tube, the double
port enables simultaneous
attachment of CCTV and
35mm cameras.
Unit: mm
285.5
175
50.5
ø12
Double Port
3
36
25
72
MBN66760
MBN66730
C-TB Binocular Tube
76.5
YM-ND ø25mm Filter Slider ND4/ND16
YM-GIF ø25mm GIF Filter
79
25˚
74
31
27
20
Weight (g)
MBN66750
100
3.5
32
8
8
Items
200
Code No.
YM-NCB ø25mm Filter Slider NCB11
C-TEP2 DSC Port For Ergonomic
E.P.
13.5
ø25mm Filter Slider
160
40)
C-TE2 Ergonomic Binocular Tube
* The numbers (xx) in NDxx signify the light reduction. For example, 4 means a 1/4 reduction and 16 and 1/16 reduction.
20
(0~
25˚(10˚~30˚)
190.5 (174.5~231.4)
198
This filte
such as illumination light and spectral properties (color balance).
10
E.P.
ø38
ø52
ø40
ø50
V-T Photo Adapter
MAB53410/190g
LV-TV Tube Adapter
MBB63435/100g
8.5
nm
46.5
67
700.0
9.3
600.0
C-TF Trinocular Tube
ø43
ø30
500.0
169
.6 (
159
40mm
.6~
199
10mm
.6)
0mm
82.8
400.0
25˚
0.0
nm
157.3 (92.6~192.3)
10˚
700.0
74
600.0
100
83
500.0
204
LV-TT2 Tilting Trinocular Tube
247
400.0
100
83
ø51
202.5
67
LV-TI3 Trinocular Tube ESD
0.0
104
75
98.5
20˚
73.7
54.5
82
92.5
103
118
20˚
96.8
ø51
60
ø59
E.P.
E.P.
68
E.P.
55
4 42.5
%
100.0
2 5˚
%
100.0
Illuminators
ø38
Y-TV55 TV Tube 0.55x
MBB73550/300g
These attachments are used to change the format of the straight tube of a trinocular tube.
Unit: mm
E.P.: Eyepoint
Code No.
Items
Weight (g)
Type
MBB63425
MBB61000
MBB93100
MBB93110
MBB93800
MBB92100
LV-TI3 Trinocular Tube ESD
LV-TT2 Tilting Trinocular Tube
C-TF Trinocular Tube F
C-TT Trinocular Tube T
C-TE2 Ergonomic Binocular Tube
C-TB Binocular Tube
1800
2580
1850
2260
2100
950
Siedentopf
Siedentopf
Siedentopf
Siedentopf
Siedentopf
Siedentopf
Image type Field number Tube's tilt angle Beam split ratio (observation:photo) Interpupillary distance
Erect
Erect
Inverted
Inverted
Inverted
Inverted
22/25
22/25
22/25
22/25
22
22
20˚
10˚~ 30˚
25˚
25˚
10˚~ 30˚
25˚
100:0/0:100
100:0/20:80
100:0/0:100
100:0/20:80/0:100
50~75mm
50~75mm
50~75mm
50~75mm
50~75mm
50~75mm
Focal distance of tube in the infinity corrected optics: 200mm, Equipment magnification:1×, Diameter of the circular dovetail mount to the body: 51mm.
MBB96800
MBB74100
MBB74105
C-TEP2 DSC Port For Ergonomic
Y-IDP Double Port
Y-IDP Double Port 0/100
350
1300
1300
Specially for C-TE Binocular Ergonomic Tube, Equipment magnification: 0.7×, Beamsplit ratio (binocular: port) 50:50/100:0
Equipment magnification: 1×, Beamsplit ratio (observation: photo) 55:45/100:0
Equipment magnification: 1×, Beamsplit ratio (observation: photo) 100:0/0:100
* For attaching TV/video equipment to eyepiece tubes or Double Port, refer to the system diagram on page 3.
* CFI UW 10× and CFI UW 10×M are not suitable for use.
26
27
Eyepieces
Eyepieces
Sleeve diameterø (mm)
These eyepieces have a 30mm sleeve diameter and maximize the performance of objective lenses.
Sleeve diameterø (mm)
These eyepieces have a 23.2mm sleeve diameter and maximize the performance of objective lenses.
ø35
ø34
ø35
17
17
ø40
E.P.
E.P
E.P
17
20
E.P
ø34
ø30
ø30
ø39
ø39
ø39
LV-10×ESD
CFI 10×
CFI 10×M
14.5
18.1
22.5
ø23.2
ø32
ø23.2
ø32
CFWN 10×
CFWN 15×
ø35
ø35
32.5
60
ø6
4
ø30
(standard)
31.2
(standard)
22.5
22.5
22
22.5
31
31
32
E.P.
ø35
E.P.
31.5
56
22.5
31.5
17
17
15.1
22.5
(standard)
32
ø35
ø30
22.5
22.5
22.5
ø23.5
E.P.
E.P
(standard)
ø34
(standard)
17
E.P
ø30
10mm (in 100um increment)
ø38.8
CFI 10×CM
CFI 10×CM eyepiece reticle
CFI 12.5×
17
ø34
ø23.2
ø32
CFWN 10×M
E.P
17
E.P
ø35
ø23.2
ø32
CFWN 10×CM
121.6
ø39
Clamp screw
ø34
ø50
Eyepiece ring (M30-50)
22.5
ø30
ø30
ø30
ø30
ø38.8
ø39
ø39
CFI 15×
CFI UW10×
CFI UW10×M
ø23.2
ø42
26
22.5
22.5
17.5
12
30
(standard)
30
15.3
E.P
Filar Micrometer 10×N
(Includes an objective micrometer to initialize
the objective's magnification.)
Adapter for
CFN Filar Micrometer
Unit: mm
E.P.: Eyepoint
Code No.
MBJ62105
MAK10100
MAK11100
MAK12100
Items (field number)
LV-10×ESD
CFI 10×
CFI 10×M
CFI 10×CM
(22)
(22)
(22) with Photomask
(22) with crosshair reticle
Weight (g)
Code No.
70
75
80
77
MAK10120
MAK10150
MAK30100
MAK31100
28
CFI 12.5×
CFI 15×
CFI UW10×
CFI UW10×M
Unit: mm
E.P.: Eyepoint
Items (field number)
Weight (g)
Code No.
(16)
(14.5)
(25)
(25) with Photomask
63
48
100
105
MBJ20100
MBJ20150
MBJ21100
MBJ04102
Items (field number)
Weight (g)
Code No.
Items (field number)
CFWN 10×
(20)
50
MBJ22100
CFWN 10×CM (20) with crosshair reticle
CFWN 15×
(14)
50
MXA23010
Adapter for CFN Filar Micrometer
CFWN 10×M (20) with Photomask
50
Filar Micrometer 10×N
Combinable with objectives from 10 to 100×. When using 100× objective, 0.01 banya reading at 0.1µm
29
Weight (g)
50
40
250
Glossary
CCTV Camera Adapters
Both C-mount and ENG-mount types are available.
Working Distance (W.D.) and Parfocal Distanece
Working distance is the distance between the top lens of the objective and the surface of the specimen
(or the cover glass) when the specimen is focused. The distance between the objective's shoulder and the
Image plane
U1-2A
C-mount thread
Image plane
C-mount TV Adapter
MQD12012/200g
ø30
1X Relay Lens
MQD12011/100g
C-mount
TV Adapter A
MQD42000/180g
Relay Lens 1×l
MQD12014/100g
Note:The ENG-mount TV Adapter and C-Mount TV Adapter are used in conjunction with the Relay Lens 1xl.
Note: The Relay Lens 1×l
is not necessary.
30.8
13 13.8
ø40
C-0.7×
DXM Relay Lens
MQD42070/155g
Specimen
Numerical aperture is generally indicated by the equation below.
4
4
1.58
ø38
ø38
Working
Distance
(W.D.)
Numerical aperture (NA)
ø50
ø25.4
31.08
11.47
25.5
31
41
75
75
31
27.3
ø23.2
ø42
ø46
ENG-mount TV Adapter
MQD12013/200g
44
44
64.5
91.8
95.8
61.3
64.3
27.3
ø42
ø47
ø48
Image plane
25.5
ø50
ø25.4
17.526
ø34
115
115
Image plane
17.526
4
ø31
3
48
infinity objectives have a parfocal distance of 45mm, while its CFI60-2 / CFI60 objectives feature a parfocal
distance of 60mm.
ø25.4
17.526
Image plane
ø63
ø42
Parfocal
Distance
specimen (or the cover glass) when the specimen is focused is referred to as parfocal distance. Nikon's CF
Image plane
Where,
NA = n × sin θ
n = Refractivity of the substance existing between the specimen and the objective. (n=1 for air)
sinθ = Angle that is formed by the optical axis and the light ray that passes to the
extreme periphery of the objective lens.
Numerical aperture is the most important factor in judging the objective's resolving power, brightness, and
depth of focus.
C-0.55×
DS Relay Lens
MQD42055/300g
Note: For DS-Vi1 series.
Objective Lens
n=1
(air)
Specimen
Resolving Power
The closest proximity of two objects that can be seen as two distinct regions of the image. Resolving power
is generally indicated by the equatuon below, where the larger the NA the greater the resolving power.
Resolving Power = 0.61 ×
Image plane
Image plane
38
4
Depth of Focus (When observing with eyepieces)
ø44
ø54
ENG-mount
for Zooming Lens*
MQD12023/180g
C-mount Adapter/
CCTV Zooming Lens
MQD12022/330g
ø23.1
ø42
ø53
ø42
Zooming Lens
MQD12021/830g
ENG-mount Adapter 0.45×T*
MQD41041/500g
122.8
ENG-mount Adapter 0.6×T*
MQD41061/500g
The pupil diameter of the objective lens is expressed by the following equation:
Pupil diameter = 2 × f × NA
f = Focal distance of objective lens
NA = Numerical aperture of objective
Refer
4
Total Magnification
C-mount Adapter 0.45×
MQD42040/620g
116.8
When viewed on monitors
Monitor observation magnification = objective's magnification × TV adapter magnification × monitor magnification
30.7
30.7
ø23.1
ø42
ø53
When viewed through eyepieces
Eyepiece observation magnification (M) = objective's magnification × eyepieces magnification
27
27.3
100.1
84.8
λ = Light source's wavelength (generally 0.55μm)
NA = Numerical aperture of objective
M = Total magnification
n = Refractivity of the substance existing between the
specimen and the objective. (n=1 for air)
Pupil Diameter
4
C-mount Adapter 0.35× MQD51040/300g
n×λ
n
Depth of focus = 2 × (NA)2 + 7 × NA× M × 1000
Nikon Corporation Instruments Company / Nikon Instec Web site at http://www.nikon.com/instruments/
17
30.8
ø23.1
ø42
power of the human eye varies from person to person, so does depth of focus. Depth of focus is indicated by the equation below.
4
17.526
17.526
ø32
Image
plane
Image
plane
ø23.1
ø42
ø53
These ENG-Mount adapters feature a built-in reduction relay lens, enabling areas
equivalent to those seen through the eyepiece to be viewed on the monitor.
Adapters for 1/2-inch (0.45×) and 2/3-inch (0.6×) CCD cameras are available.
* This products have been discontinued, and only available from stock.
17.526
Note: The ENG Mount for Zooming Lensand C-Mount Adapter/CCTV Zooming Lens are used in
conjunction with 0.9-2.25× TV zoom lenses.
* ENG Mount for Zooming Lens have been discontinued, and only available from stock.
Image
plane
30.2
30.2
22.8
12.3
±0.05
2
54.3
42.8
27
27
111.2
130.2
89.8
The range in fron
ø42
ø44
ø57
Where,
λ = Light source's wavelength (generally 0.55μm)
NA = Numerical aperture of objective
3.3
48
ø57
λ
NA
Monitor magnificati
ø23.1
ø42
ø53
Imaging device size
C-mount Adapter 0.6×
MQD42060/650g
These C-mount adapters f
Adapters for 1/3-inch(0.35×), 1/2-inch(0.45×), and 2/3-inch(0.6×) CCD cameras are available.
Monitor magnification
Monitor Size
Type
Diagonal length
Longer side
Shorter side
1/3-inch
6.0mm
4.8mm
3.6mm
Imaging device size
9-inch
14-inch
20-inch
1/2-inch
8.0mm
6.4mm
4.8mm
1/3-inch
38.1×
59.2×
84.6×
2/3-inch
11.0mm
8.8mm
6.6mm
1/2-inch
28.6×
44.4×
63.5×
2/3-inch
20.8×
32.3×
46.2×
Unit: mm
30
31
Specifications and equipment are subject to change without any notice or obligation on the part of the manufacturer. September 2013 ©2006-2013 NIKON CORPORATION
N.B. Export of the products* in this catarlg is controlled under the Japanese Foreign Exchange and Foreign Trade Law. Appropriate export procedures shall be required in case of export from Japan.
*Products: Hardware and its technical information (including software)
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