-mikroskop B-383LD, trino, FL-LED, blått filter, N-PLAN, IOS, 40x-1000x

Name: Optika -mikroskop B-383LD, trino, FL-LED, blått filter, N-PLAN, IOS, 40x-1000x
Brand: Optika
Price: 2340 USD

~~Rekommenderat försäljningspris: $ 2.600,00~~ Vårt pris:

$ 2.340,00 inkl. moms, plus fraktkostnader

inkl. bästa pris-garanti

på lång sikt
leveransklar om 6-10 veckor + Frakttid

Ingen leverans möjlig före jul
Kolla alternativ på lager eller beställ en voucher!

lägg i varukorgen

Frågor om produkten?

Rådgivning för Mikroskopi

Beskrivning av artikel

Tyvärr har den här beskrivningen ännu inte översatts till svenska, så du hittar en engelsk artikelbeskrivning här.

B-383LD

Observation mode: Brightfield, LED fluorescence.

Epi-illumination and filter: High-power blue LED with brightness control. 3-position filter holder; blue included.

Head: Trinocular (fixed 50/50), 30° inclined, 360° rotating.

Interpupillary distance: Adjustable between 48 and 75 mm.

Dioptric adjustment: On the left eyepiece tube.

Eyepieces: WF10x/20 mm, high eye-point and secured by screw.

Nosepiece: Quintuple revolving nosepiece, rotation on ball bearings.

Objectives:

IOS N-PLAN 4x/0.10
IOS N-PLAN 10x/0.25
IOS N-PLAN 40x/0.65
IOS N-PLAN 100x/1.25 (Oil/Water)

All with anti-fungus treatment.

Specimen stage: Double layer rackless mechanical stage, 233×147 mm, 78×54 mm X-Y range.

Focusing: Coaxial coarse (adjustable tension) and fine focusing mechanism with limit stop to prevent the contact between objective and specimen.

Condenser: Abbe N.A. 1.25, with objective-coded iris diaphragm, focusable and centerable.

Transmitted illumination (Fixed Koehler type): X-LED3 with white 3.6 W LED (6,300K) with brightness control. Multi-plug 100-240Vac/6Vdc external power supply.

VALUABLE SUPPORT TO MALARIA & TBC DIAGNOSIS

The B-383LD1 LED fluorescent microscope is a cutting-edge solution designed to enable rapid diagnosis of malaria and TBC, by using acridine-orange staining technique. The optional no cover glass W-PLAN 50x/0.75 objective is required to ensure excellent results for stunning images. The aim is to reduce the costs to a minimum and provide a cost-effective, intuitive but performing solution, purposely designed for these applications.