leica macrofluo...macroscope with vertical beam path, motorized, apochromatic zoom system, incident...
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Living up to Life
Leica MacroFluo™
Technical Information
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Leica MacroFluo™ System, equipped with Leica Z16 APO A macroscope, Leica DFC camera, motorized zoom, transmitted light base TL RCI™, SmartTouch™ control panel, and Leica EL6000 fluorescent light source.
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Designation Leica MacroFluo™ with 6.3:1 zoom Leica MacroFluo™ with 16 : 1 zoom
Type of microscopeMacroscope with vertical beam path, apochromatic zoom system, incident illuminator, fluorescence illumination coupled with the optical zoom system, and trinocular tube
Zoom system Apochromatic 6.3 : 1 zoom Leica Z6 APO, lead-free Apochromatic 16 : 1 zoom Leica Z16 APO, lead-free
Zoom factor 0.57 – 3.6× 0.57 – 9.2×
Engageable zoom positions 0.57 / 0.8 / 1 / 1.25 / 1.6 / 2 / 2.5 / 3.2 / 3.6 0.57 / 0.8 / 1 / 1.25 / 1.6 / 2 / 2.5 / 3.2 / 4 / 5 / 6.3 / 8 / 9.2
TubesBinocular phototube HC L2TU 4/5/7 with photo-TV output 100%:0% / 0%:100%, 20° viewing angleTrinocular tube BDT 25+V100/50/0 with photo-TV output 100%:0% / 50%:50% / 0%:100%, 30° viewing angle Tube BDTP 25 100/50/0 with fixed port, photo-TV output 100%:0% / 50%:50% / 0%:100%, 30° viewing angle
Built-in iris diaphragm For continuous depth of field control
Designation Leica MacroFluo™ with automated 6.3 : 1 zoom Leica MacroFluo™ with automated 16 : 1 zoom
Type of microscopeMacroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and trinocular tube
Zoom system, motorized Apochromatic 6.3 : 1 zoom Leica Z6 APO A, lead-free Apochromatic 16 : 1 zoom Leica Z16 APO A, lead-free
Zoom factor 0.57 – 3.6× 0.57 – 9.2×
Motorized zoom Continuously motorized and approachable positions Continuously motorized and approachable positions
TubesBinocular phototube HC L2TU 4/5/7 with photo-TV output 100%:0% / 0%:100%, 20° viewing angleTrinocular tube BDT 25+V100/50/0 with photo-TV output 100%:0% / 50%:50% / 0%:100%, 30° viewing angle Tube BDTP 25 100/50/0 with fixed port, photo-TV output 100%:0% / 50%:50% / 0%:100%, 30° viewing angle
Motorized iris diaphragm For continuous depth of field control For continuous depth of field control
Motorized fine focus Integrated, 10 mm travel Integrated, 10 mm travel
Fluorescence illuminator
Type
Coaxial incident illuminator L4/23 and carrier for incident light fluorescence and incident light brightfield with:• Reflector disc for 5 filter blocks, 0-pixel technology = no pixel offset when changing• Aperture and field diaphragm can be centered• Switchable blue filter BG 38 and UV light stop• Light trap for suppression of ambient light
Fluorescence filter• Filter system (excitation filter, beam-splitting mirror, and barrier filter) on a filter block• Extensive filter block selection, filter combinations based on customer specifications
Light source
Leica EL6000 external fluorescent light source EL6000• External light source with liquid light guide• Adjustment-free metal halide lamp• Adjustable intensity of the excitation light
106 z lamp housing with:• 100 W high-pressure mercury burner (direct current, stabilized/nonstabilized, type 103 W/2)• Chromatically-corrected collector, focusable• Lamp mount can be centered• Supply unit ebq 100
Safety measures UV protection screen, UV light stop, stray light protection for lamp housing
Leica Z6 APO & Z16 APO / Z6 APO A & Z16 APO A Technical data, performance characteristics
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Optical accessoriesObjectives Type/magnification factor Working distance Max. object field ∅
• Achromatic 0.32× 297 mm 112 mm
• Achromatic 0.63× 149 mm 56 mm
• Planapochromatic 0.5× 187 mm 70 mm
• Planapochromatic 0.8× 112 mm 44 mm
• Planapochromatic 1× 97 mm 35 mm
• Planapochromatic 2× 39 mm 17.5 mm
• Planapochromatic 5×/ 0.5 LWD 19 mm 5 mm
Objective adapters • For Leica M-series achromatic objectives• For 10× and 20× Leica DM objectives
DM objectives(only for upper zoom range)
• DM objective N Plan L 20× / 0.40 corr• DM objective N Plan 10× / 0.25– / A5.8
Fine focusing 10 mm travel, 1 micron resolution (Leica Z6 APO / Leica Z16 APO) (motorized and integrated for Leica Z6 APO A and Leica Z16 APO A)
Interpupillary distance 55 mm – 75 mm
Wide-field eyepieces for spectacle wearers
Widefield HC plan eyepieces 10×/20, 10×/22, 10×/25
ImagingImage acquisition, storage, and
processingVarious digital FireWire camera systems for fluorescence
Software for image archiving, analy-sis, and processing
LAS (Leica Application Suite), LAS AF (Leica Z6 APO A and Leica Z16 APO A motorized zooms), QWin, Leica MM AF powered by Metamorph®
Tubes • Binocular phototube HC L2TU 4 / 5 / 7 • Tube BD TP 25 100/50/0 with fixed port• Tube BD T 25+ V100/50/0, mechanical
Stands, illuminatorsTransmitted light stands Transmitted light bases TL ST, TL BFDF, TL RC™, and TL RCI™ for a variety of applications and illumination options
Incident light stand With stage plate, black and white, 120 mm
Motorized focus system With 620 mm column, control via handswitch, SmartTouch™, footswitch, or computer
Manual focusing drive Coarse/fine focus, adjustable ease of movement, with 620 mm column
Stages Leica IsoPro™ Motorized and Manual Cross-stage, gliding stage, Leica MATS Thermocontrol System heating stage, polarization
Additional illuminators Various LED illuminators and cold light sources
For additional accessories, see assembly diagram and scope of delivery.
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Z6 APO / Z6 APO A: Zoom 0.57× – 3.6×Z16 APO / Z16 APO A: Zoom 0.57× – 9.2×
Optical data – with HC plan eyepieces 10× / 22Objectives
Working distances 97 mm 187 mm 112 mm 39 mm 20 mm
Eyepieces Total magnification Object field ∅ Total
magnification Object field ∅ Total magnification Object field ∅ Total
magnification Object field ∅ Total magnification Object field ∅
Zoom position × mm × mm × mm × mm × mm
0.57 7.1 30.9 3.6 61.8 5.7 38.6 14.3 15.4 35.6 6.18
0.8 10.0 22.0 5.0 44.0 8.0 27.5 20.0 11.0 50.0 4.40
1 12.5 17.6 6.3 35.2 10.0 22.0 25.0 8.80 62.5 3.52
1.6 20.0 11.0 10.0 22.0 16.0 13.8 40.0 5.50 100 2.20
2 25.0 8.80 12.5 17.6 20.0 11.0 50.0 4.40 125 1.76
2.5 31.3 7.04 15.6 14.1 25.0 8.80 62.5 3.52 156 1.41
3.2 40.0 5.50 20.0 11.0 32.0 6.88 80.0 2.75 200 1.10
3.6 45.0 4.89 22.5 9.78 36.0 6.11 90.0 2.44 225 0.98
4 50.0 4.40 25.0 8.80 40.0 5.50 100 2.20 250 0.88
5 62.5 3.52 31.3 7.04 50.0 4.40 125 1.76 313 0.70
6.3 78.8 2.79 39.4 5.59 63.0 3.49 158 1.40 394 0.56
8 100 2.20 50.0 4.40 80.0 2.75 200 1.10 500 0.44
9.2 (16 : 1) 115 1.91 57.5 3.83 92.0 2.39 230 0.96 575 0.38
6.3:1{
Objectives
Working distances 97 mm 187 mm 112 mm 39 mm 20 mm
Eyepieces Magnification chip : specimen
Magnification chip : specimen
Magnification chip : specimen
Magnification chip : specimen
Magnification chip : specimen
Zoom position mm × mm mm × mm mm × mm mm × mm mm × mm
0.57 0.50 18.0 13.4 0.25 36.0 26.9 0.40 22.5 16.8 1.00 9.00 6.72 2.49 3.60 2.69
0.8 0.70 12.8 9.58 0.35 25.7 19.2 0.56 16.0 12.0 1.40 6.41 4.79 3.50 2.57 1.92
1 0.88 10.3 7.67 0.44 20.5 15.3 0.70 12.8 9.58 1.75 5.13 3.83 4.38 2.05 1.53
1.6 1.40 6.41 4.79 0.70 12.8 9.58 1.12 8.02 5.99 2.80 3.21 2.40 7.00 1.28 0.96
2 1.75 5.13 3.83 0.88 10.3 7.67 1.40 6.41 4.79 3.50 2.57 1.92 8.75 1.03 0.77
2.5 2.19 4.10 3.07 1.09 8.21 6.13 1.75 5.13 3.83 4.38 2.05 1.53 10.9 0.82 0.61
3.2 2.80 3.21 2.40 1.40 6.41 4.79 2.24 4.01 2.99 5.60 1.60 1.20 14.0 0.64 0.48
3.6 3.15 2.85 2.13 1.58 5.70 4.26 2.52 3.56 2.66 6.30 1.43 1.06 15.8 0.57 0.43
4 3.50 2.57 1.92 1.75 5.13 3.83 2.80 3.21 2.40 7.00 1.28 0.96 17.5 0.51 0.38
5 4.38 2.05 1.53 2.19 4.10 3.07 3.50 2.57 1.92 8.75 1.03 0.77 21.9 0.41 0.31
6.3 5.51 1.63 1.22 2.76 3.26 2.43 4.41 2.04 1.52 11.0 0.81 0.61 27.6 0.33 0.24
8 7.00 1.28 0.96 3.50 2.57 1.92 5.60 1.60 1.20 14.0 0.64 0.48 35.0 0.26 0.19
9.2 (16 : 1) 8.05 1.12 0.83 4.03 2.23 1.67 6.44 1.39 1.04 16.1 0.56 0.42 40.3 0.22 0.17
6.3:1{
Data with digital camera Leica DFC310 FX Full Frame
HC plan eyepieces 10× / 22, binocular phototube HC L2TU 4 / 5 / 7 (factor 1.25×), open iris diaphragm
Binocular phototube HC L2TU 4/5/7 (factor 1.25×), video objective 0.7×, open iris diaphragm
Planapochromatic 1× Planapochromatic 0.5×
Planapochromatic 0.5×
Planapochromatic 0.8×
Planapochromatic 0.8×
Planapochromatic 2×
Planapochromatic 2×
Planapochromatic 5×
Planapochromatic 5×Planapochromatic 1×
Object field projected onto chip
Object field projected onto chip
Object field projected onto chip
Object field projected onto chip
Object field projected onto chip
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Leica MacroFluo™ with 6.3:1 zoom (Leica Z6 APO or Leica Z6 APO A)
Objective Planapochromatic 1× Planapochromatic 2× Planapochromatic HR 5×
Zoom range 7.1× – 45× 14.3× – 90× 35.5× – 225×
Resolution 60 – 351 Lp/mm 120 – 702 Lp/mm max. 1500 Lp/mm
Max. numerical aperture 0.117 0.234 0.5
Finest visible structure width 1.4 μm 0.71 μm 0.33 μm
Object field ∅ 4.9 – 30.9 mm 2.4 – 15.4 mm 1.0 – 6.2 mm
Max. depth of field 3.1 mm 0.8 mm 0.1 mm
Working distance 97 mm 39 mm 19 mm
Data with digital camera Leica DFC310 FX Full Frame / binocular phototube HC L2TU 4 / 5 / 7 (tube factor 1.25×) / video objective 0.7×
Magnification chip: Object 0.5× – 3.15× 1.0× – 6.3× 2.5× – 15.8×
Digital resolution 19.3 – 122 Lp/mm 35 – 220 Lp/mm 97 – 610 Lp/mm
Object field projected onto chip 18 × 13.4 mm / 2.9 × 2.1 mm 9 × 6.7 mm / 1.43 × 1.06 mm 3.6 × 2.7 mm / 0.57 × 0.4 mm
Max. depth of field 1.4 mm 0.33 mm 0.05 mm
Data visual with binocular phototube HC L2TU 4 / 5 / 7 (tube factor 1.25×), eyepieces 10×/22
Objective Planapochromatic 1× Planapochromatic 2× Planapochromatic HR 5×
Zoom range 7.1× – 115× 14.3× – 230× 35.5 – 575×
Resolution 51 – 336 Lp/mm 102 – 672 Lp/mm max. 1500 Lp/mm
Max. numerical aperture 0.112 0.224 0.5
Finest visible structure width 1.49 μm 0.75 μm 0.33 μm
Object field ∅ 1.9 – 30.9 mm 0.96 – 15.4 mm 0.38 – 6.2 mm
Max. depth of field 3.8 mm 0.94 mm 0.15 mm
Working distance 97 mm 39 mm 19 mm
Data with digital camera Leica DFC310 FX Full Frame / binocular phototube HC L2TU 4 / 5 / 7 (tube factor 1.25×) / video objective 0.7×
Magnification chip: Object 0.5× – 8.05× 1.0× – 16.1× 2.5× – 40.3×
Digital resolution 19.3 – 312 Lp/mm 38.7 – 624 Lp/mm 96.7 – 1500 Lp/mm
Object field projected onto chip 18 × 13.4 mm / 1.1 × 0.8 mm 9 × 6.72 mm / 0.56 × 0.42 mm 3.6 × 2.7 mm / 0.2 × 0.17 mm
Max. depth of field 1.7 mm 0.35 mm 0.07 mm
Leica MacroFluo™ with 16:1 zoom (Leica Z16 APO or Leica Z16 APO A)
Data visual with binocular phototube HC L2TU 4 / 5 / 7 (tube factor 1.25×) / eyepieces 10×/22
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Co
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Ca
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117
Li
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116
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532
295
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232-
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399
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scre
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446
421
Ad
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pro
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scre
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10 4
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10 4
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10
447
173
Le
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446
368
Le
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with
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and
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446
369
Le
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dis
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10 4
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Obje
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10 4
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Fine
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447
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447
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447
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10 4
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98
Obj
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Lei
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16 A
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10 4
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9410
450
138
Fine
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447
175
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cab
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447
469
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-ser
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11 5
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6111
505
162
(for 1
1 50
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6)
Filte
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size
For c
onne
ctio
n to
the
cam
era
diag
ram
, see
pre
viou
s pa
ge
![Page 10: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/10.jpg)
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192
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191
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10 4
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10 4
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f = 10
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441
787
f =
150
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10 4
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92
f = 17
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382
162
f =
200
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f =
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3000
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10 4
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500
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561
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5
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10 4
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48
10 4
50 3
37
10 4
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38
LED
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10 4
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10 4
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10 3
15 3
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10 4
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O
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and
opt
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10 4
47 1
77
Plan
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446
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Pl
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Plan
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Plan
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obj
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47 2
43
Plan
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obj
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Adap
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for M
ser
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10 4
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91
Achr
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0.32
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450
192
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obj
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450
160
Ac
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obj
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43
Adap
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achr
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10 4
11 5
97
Achr
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f = 10
0 m
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441
787
Ac
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obj
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150
mm
10 4
31 6
92
Achr
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f = 17
5 m
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382
162
Ac
hrom
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obj
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200
mm
10 3
82 1
72
Achr
omat
ic o
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tive
f = 40
0 m
m35
000
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Ac
hrom
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obj
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13
Achr
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f = 12
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10 4
47 1
79
Adap
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obj
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69
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58 m
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10 4
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cont
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para
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450
561
Le
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LED5
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ulti
Cont
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Illu
min
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ad
just
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with
thre
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Ds fo
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plet
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tegr
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n w
ith th
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mic
rosc
ope;
mod
es fu
lly re
prod
ucib
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with
Lei
ca A
pplic
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n Su
ite in
clud
ing
auto
mat
ic c
hang
ing
of
mul
tiple
illu
min
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n sc
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10 4
50 2
66
Pow
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uppl
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it fo
r Lei
ca L
ED30
00 /L
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LED
5000
35 0
00 0
31
Prot
ectiv
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ass
for p
lana
poch
rom
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obj
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315
306
An
alyz
er in
revo
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g m
ount
10 4
47 2
07
Quar
ter-
wav
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ate,
∅ 5
8 m
m10
447
460
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arte
r-w
ave
plat
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r 2.0
× a
nd 5
.0 ×
In
cide
nt-l
ight
and
tran
smitt
ed-l
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bas
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450
049
In
cide
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ase
10 4
50 1
23
Tran
smitt
ed-li
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TL30
00 S
T10
450
124
Tr
ansm
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-ligh
t bas
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4000
BFD
F10
450
125
Tr
ansm
itted
-ligh
t bas
e TL
4000
RC™
for e
xter
nal c
old
light
sou
rces
10 4
50 1
26
Tran
smitt
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ase
TL40
00 R
CI™
with
inte
gr. h
alog
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umin
atio
n10
450
541
Tr
ansm
itted
-ligh
t bas
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5000
Erg
o w
ith in
tegr
. LED
illu
min
atio
n10
450
260
Un
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ase
XL fo
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cim
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up to
300
× 3
00 m
m10
450
297
Ad
apte
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bas
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450
260
for a
ll sw
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rm c
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Stag
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450
562
St
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for t
rans
mitt
ed-li
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ases
TL4
000
BFDF
, TL4
000
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TL4
000
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10 4
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27
Lei
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oPro
™ M
anua
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mitt
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TL
4000
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, TL4
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dent
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10
450
122
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ter)
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18
Leic
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otor
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TL
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10 4
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4910
447
275
Le
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MAT
S TL
hea
ting
stag
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sert
with
con
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nit f
or T
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10 4
47 2
76
Adap
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120
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10 4
47 3
91
Stag
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acc
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10 4
47 3
92
Univ
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10 4
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01
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120
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10
446
302
Po
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382
130
At
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10 3
61 7
19
Sens
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446
303
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Cup
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10 4
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28
Glas
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Pol
, ∅ 12
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447
057
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plat
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120
mm
10 4
47 0
58
Clea
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sert,
∅ 1
20 m
m10
447
153
M
atte
gla
ss in
sert,
∅ 1
20 m
m10
450
058
St
age
plat
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/w fo
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base
s10
450
059
Ad
ditio
nal b
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Pro™
Man
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-sta
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Focu
sing
dri
ve10
450
504
Co
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/fine
focu
sing
driv
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450
505
Co
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/fine
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driv
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m10
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502
M
otor
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m10
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503
M
otor
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focu
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m10
450
289
XL
ext
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larg
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10 4
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05
Com
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light
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on th
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colu
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10 4
47 3
79
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cab
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Fi
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10 4
47 4
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Dayl
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10 4
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94
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filte
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447
395
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10 4
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93
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bas
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10 4
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63
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564
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10 4
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65
Pola
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filte
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Co
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505
180
Le
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long
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![Page 11: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/11.jpg)
5
5
10 4
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10 4
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10 4
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10 4
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10 4
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10 4
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10 4
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10 4
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10 4
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180
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10 4
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10 4
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10 4
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XL e
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10 4
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O
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10 4
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Plan
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Pl
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Plan
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Plan
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Plan
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Adap
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Achr
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Adap
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mod
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Lei
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10 4
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10 4
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Tr
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![Page 12: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/12.jpg)
8.3°
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Interface for light guide
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Coaxial incident light housing
Leica Z6 APO & Z16 APO Dimensions of zoom system, coaxial incident light housing
![Page 13: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/13.jpg)
72.8∅58
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∅32.9 Interface for Tubes7.
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13
Leica Z6 APO A & Z16 APO ADimensions of zoom systems
![Page 14: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/14.jpg)
14
∅ 45
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612
M42x3
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LEICA 10 447 176PLANAPO 1.0× – WD 97 mm
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M42x3
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9
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LEICA 10 447 178PLANAPO 2.0× – WD 39 mm
∅ 45
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LEICA 10 446 360PLANAPO 0.8× – WD 112 mm
∅ 45
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M42x3
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LEICA 10 447 177PLANAPO 0.5× – WD 187 mm
M42 x 3 (P1)
LEICA 10 447 243PLANAPO 5.0× – WD 19.8 mm
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∅ 40 mm
8 mm
11 mm
6 mm
∅ 66 mm
M42(Fine Focus Interface)
M60(Achromat Objective Interface)
Dimensions of objectives, adapters
Adapter for achromatic objectives
![Page 15: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/15.jpg)
15
17250
43
43
43
42°
187
188
5377
507
86.5
12
67
115
Adapter between fluorescent bridge and focus column
![Page 16: Leica MacroFluo...Macroscope with vertical beam path, motorized, apochromatic zoom system, incident illuminator, fluorescence illumina-tion coupled with the optical zoom system, and](https://reader033.vdocuments.us/reader033/viewer/2022042919/5f606cd087962132cf01390a/html5/thumbnails/16.jpg)
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