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Eyepiece
SERIES 378
FEATURES
• The field of view Is extra wide.
• Optional reticles are available.
Reticles (optional)
516848: Cross-hair
516576: Broken cross hair (90° and 60°)
516578: Concentric circle
(Diametric increment: 1.2mm) 516577: 20mm scale
(Minimum reading: 0.1mm) with cross hair 516849: 10mm scale (Minimum reading: 0.1mm) 516850: 5mm scale (Minimum reading: 0.05mm) 516851: 10x10mmsection
(Minimum section: 1x1mm)
SPECIFICATIONS
Order No.
(2pcs. set)
Magnifi­cation
Field number
Mass
Individual order No.
378-856
10X
24
85g
378-856-5
378-857
15X
16
40g
378-857-5
378-858
20X
12
55g
378-858-8
378-856 378-857 378-858
Objectives
SERIES 378
The Mltutoyo 378 Series objectives have the world's longest working distance and an Infinity correction optical system. These objectives provide flexible observation at high magnifications and Independent correction of chromatic aberration.
• The metallurgical plan apochromatlc (M Plan Apo) objective Is an excellent optical system. This objective provides a fiat, chromatic aberration free Image throughout the field of view, making It Is suitable for any type of industrial microscope.
• Specially designed objectives are also available with correction for near-Infrared radiation, near-ultraviolet radiation, and ultraviolet radiation, or various thickness of LCD screen glasses.
• The mounting screw threads of objectives are designed to conform to JIS B-7141-1988.
FEATURES
• The long working distance type objectives provide a wide space between the lens surface and the workplece surface In focus, making It possible to observe workpleces which are usually hard-to-focus because of their projections like a step.
M Plan Apo and M Plan Apo SL objectives for bright field observation
BD Plan Apo and BD Plan Apo SL objectives for bright/dark field observation
ail
I j
■ ___■
Ultraviolet radiation corrected M Plan UV objectives
Near-ultraviolet radiation corrected M Plan Apo NUV objectives
Refer to the Microscope Units leaflet (E4191) for more details.
Near-infrared radiation corrected M Plan Apo NIR objective
Mitutoyo
393
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