China Trinocular Lab Microscope Student Microscope with CCD Eyepiece

China Trinocular Lab Microscope Student Microscope with CCD Eyepiece, Find details about China Cleaning Kit, Lab Phase Contrast from China Trinocular Lab Microscope Student Microscope with CCD Eyepiece

Basic Info.

Model NO.

BK6000TR

Shape

Cylindrical Shaped Lens

Usage

Teaching, Research

Principle

Optics

Principle of Optics

Infinity Optical System

Nosepiece

Quadplex Quintuple(Optional)

Swing out Condenser

Abbe N.a.1.25(Iris Diaphragm)

Base

6V/20W Halogen Lamp

Mechanical Stage

175mmx145mm,Two Slide Holder

Dark Field Condenser

Dry/Wet

Independent Phase Contrast Unit

10X/20X/40X/100X

Filter

Blue

C-Mount

0.5X/1.0X

Trademark

Optec

Transport Package

Carton

Specification

565x310x410(mm)

Origin

Chongqing

HS Code

9011100000

Model NO.

BK6000TR

Shape

Cylindrical Shaped Lens

Usage

Teaching, Research

Principle

Optics

Principle of Optics

Infinity Optical System

Nosepiece

Quadplex Quintuple(Optional)

Swing out Condenser

Abbe N.a.1.25(Iris Diaphragm)

Base

6V/20W Halogen Lamp

Mechanical Stage

175mmx145mm,Two Slide Holder

Dark Field Condenser

Dry/Wet

Independent Phase Contrast Unit

10X/20X/40X/100X

Filter

Blue

C-Mount

0.5X/1.0X

Trademark

Optec

Transport Package

Carton

Specification

565x310x410(mm)

Origin

Chongqing

HS Code

9011100000

Product Desciption

BK6000 Biological Microscope

Performance characteristics:

Wide field eyepiece, view field up to Φ22mm,more comfortable for observation

Trinocular observing tube with dual transform

Light distribution (both): 100 : 0(100% for eyepiece)

80 : 20(80% for trinocular head and 20% for eyepiece)

Integrated stage is safer than traditional stage

Quintuple turret phase contrast unit with 10X/20X/40X/100X infinity plan phase contrast objective for phase contrast and bright field observation.

N.A.0.9/0.13 Swing-out Condenser

Dark field condenser(dry)available to 4X-40X Objective

Dark field condenser (wet) available to 100X Objective

Infinity Plan Objectives

Total Magnification