Head
Universal Infinity Corrected Optical System
Seidentopf Trinocular head, inclined at 30°
Interpupilary Distance adjustment range : 48-75mm
Diopter adjustment : ±5°
High Eye-Point EW 10X/22mm
Inverted Biological Reasearch Microscope
Viewing head
The Siedentopf head of CS-IB1000, features compensation-free interpupillary-adjustment, as well as dioptric adjustment. The trinocular photo-port provides a stable platform for mounting an imaging-system without the need to remove an eyepiece. The photo-port works concurrently with both eyepieces, so there is no interruption to binocular viewing.
Ultra wide field plan eyepieces
The new-designed high eye-point extreme-wide-field eyepieces include 10X with plan field-correction, has a full bright field without chromatic circle. 22mm field of view makes it convenient and comfortable viewing.
The Koehler illumination system consists of 6V/30W halogen lamp, a field lens with iris, and a 0.3 NA condenser with iris. The overhead illuminator can utilize color filters (3 included), and a phase-contrast annulus board for use with the 10X and 20X phase-contrast objective lenses. Intensity is controlled by an easy-to-reach, front-mounted dial.
The infinity-corrected optical-system includes a five-lens (quintuple) turret nosepiece with a combination of LPLAN bright-field, and phase-contrast long-working-distance objective-lenses with plan field-correction and achromatic color-correction, designed for living—cells culture in laboratory, provides clear image with excellent contrast and also performs well under fluorescence observation.
The standard configuration is supplied with a fixed plain stage. The stage can be widened on both sides to accommodate large specimens with the optional paired auxiliary stage plates. A hard coating protects the stage from scratches and wear & tear.
Attachable Mechanical Stage
Moving range: 120x78mm.
It can clamp all types of standard cell culture plates. With the help of related accessories (holders), it can be used to move the dish, flask, slide and so on.
In addition to the bright field observation, Phase Contrast observation can be realized using a slide-in annulus-board provides two centerable phase-contrast annuli, as well as an open setting which can be used with colored filters for band-isolation or color-correction with LPLAN PH series long working distance infinity phase contrast objectives. These objectives enhance image contrast and resolution.
CS-IB1000 is a modular microscope, ready to be upgraded for Fluorescence application anytime with ease.
Universal Infinity Corrected Optical System
Seidentopf Trinocular head, inclined at 30°
Interpupilary Distance adjustment range : 48-75mm
Diopter adjustment : ±5°
High Eye-Point EW 10X/22mm
Quintuple nosepiece with click-stop
Revolving mechanism with multiple ball bearing
LWD Infinite Plan Achromatic Objectives - 4x/0.1, WD 18mm & 40x(Spring)/0.6 WD 2.6mm
LWD Infinite Plan Phase Objectives - PH10x/0.25, WD 10mm & PH20x(Spring)/0.65, WD 0.35mm
Anti-fungal, Parfocal, Parcentric, Colour-coded
Fixed stage with Circular Glass Plate (round slot)
Stage size: 250 x 160mm
Auxilary Stage of 70x180mm
Coaxial Coarse and Fine Focusing Adjustment Knob for Vertical Objective Movement by Rack & Pinion Mechanism
Coarse stroke 37.7mm per rotation
Fine stroke 0.2mm per rotation
Fine Adjustment 0.001mm
10x-20x, 40x, Phase Annulus Slider Plate
ELWD Condenser 0.3 N.A. with LWD of 72mm with Aperture Iris diaphragm
LBD color-change filter and IF550 green contrast filter (Ø45mm)
Kohler illuminator system
6V/30W Halogen Illumination with Adjustable brightness
Field Diaphragm
85V-240V Universal Power Supply
» Attachable Mechanical Stage with X-Y Coaxial Control
Moving Range 120x78mm with a long right hand stage handle
» LWD Infinite Plan Objective -
10X/0.25, WD 10mm
20X/0.4, WD 7.66mm<
» Infinite Plan Phase Objective-
40X/0.60, WD 3.71mm
» Ø65mm Terasaki Holder (size : 56mm x 81.5mm)
» Ø35mm Petri Dish Holder
» Ø54mm Slide Glass Holder (size : 26.5mm x 76.5mm)
» Auxiliary Plates for Plain Fixed Stage
» LED Illumination
» Micro-photography
» Fluorescence