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Animal cell: Cells of the oral mucosa, uncoloured /
Microscop EduLed FLQ

Microscop EduLed FLQ

MIK5738860

8 Microscop EduLed FLQ

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Description

The BMS EduLed microscope is a high quality, robust and well equipped microscope ideal for school and study purposes. Rechargeable batteries enable the BMS EduLed to function also as a portable field microscope (batteries not included).
The transmitted light illumination of BMS EduLed FLArQ is performed by a LED with dimmer (for continuous variation of light intensity) and a fixed condenser with iris diaphragm. This allows the instrument to work with the included 4x, 10x and 40x achromatic semi plan objectives. With the 10x wide field eyepiece you obtain a total magnification range of 40x-400x. The optical system provides sharp, clear and true-colour images with high-contrast. The microscope has a 360º rotatable monocular viewing head, coaxial coarse and fine focusing drive and a metal stage with 2 stage clips.
All parts are locked to the microscope. The microscope has anti-bacterial paint on the metal parts and fungicidal coating on the optical (glass) parts.

Technical data

Eyepiece: extra large WF10x/18mm with pointer, locked
Head: monocular, 360º rotatable
Tube: 45º inclined
Nosepiece: quadruple revolving nosepiece with click stops and reversed mounted
Objectives: achromatic, semi plan 4x/0.10, 10x/0.25 and 40x/0.65 (spring loaded)
Focussing mechanism: dual coaxial coarse and fine focus controls
Stage: 110 x 120mm metal stage with 2 stage clips and one finger touch lift
Stage limit stop: preset and adjustable
Condenser: fixed, N.A. 0.65 with iris diaphragm and filter holder
Illumination: new generation High Power LED 0.5 W. Light intensity steplessly adjustable through rotary potentiometer, lifespan LED: approx. 50.000 hours
Magnification: 40x, 100x and 400x
Integrated handle for easy transport
Power: 100~230V/50Hz
Double electrical safety: full separation from the main power through DPDT* switch.
Multi power use: yes (main power cable, rechargeable batteries, non rechargeable batteries)
Cordless use: 3 hours charging time and 10 hours cordless working time
Detachable IEC power cord: C13 connector (connecting to the microscope) to Schuko
Anti-bacterial paint: yes
Anti-fungus optics: yes
Lenght x Width x Height: 175 mm x 133 mm x 358mm
Weight: 3,5kg

Scope of delivery

dust cover
tension wrench an Allen key
manual
power cord

Additionally recommended

3 52281 4 Akku Ni-MH 1.2 V (AA)

Related Documents

Lab Doc (students' version)	LB2.0.0.1 Structure and functionality of an optical microscope (Student)
Lab Doc (students' version)	LB2.1.1.2 Leaf structure of a moss leaf (Student)
Lab Doc (students' version)	LB2.1.1.3 Leaf blade cross-section with upper and lower epidermis (Student)
Lab Doc (students' version)	LB2.1.1.4 Surface section: Stomata under the microscope (Student)
Lab Doc (students' version)	LB2.1.1.5 Plant cell: Structure of an onion cell (Student)
Lab Doc (students' version)	LB2.1.2.2 Pollen and pollen tube (Student)
Lab Doc (students' version)	LB2.1.3.1 Cross section through a shoot axis (Student)
Lab Doc (teacher's version)	LB2.0.0.1 Structure and functionality of an optical microscope (Teacher)
Lab Doc (teacher's version)	LB2.1.1.2 Leaf structure of a moss leaf (Teacher)
Lab Doc (teacher's version)	LB2.1.1.3 Leaf blade cross-section with upper and lower epidermis (Teacher)
Lab Doc (teacher's version)	LB2.1.1.4 Surface section: Stomata under the microscope (Teacher)
Lab Doc (teacher's version)	LB2.1.1.5 Plant cell: Structure of an onion cell (Teacher)
Lab Doc (teacher's version)	LB2.1.2.2 Pollen and pollen tube (Teacher)
Lab Doc (teacher's version)	LB2.1.3.1 Cross section through a shoot axis (Teacher)
Lab Doc (students' version)	LB3.0.0.1 Structure and functionality of an optical microscope (Student)
Lab Doc (students' version)	LB3.1.1.6 Comparison of leaf cross-sections: Sun leaf and shade leaf (Student)
Lab Doc (students' version)	LB3.1.3.4 Observation of living organisms in an infusion of hay (Student)
Lab Doc (students' version)	LB3.1.4.3 Food chain: Decomposers (Student)
Lab Doc (students' version)	LB3.4.1.1 Wing feathers of birds (Student)
Lab Doc (students' version)	LB3.4.1.2 Examination of fish scales (Student)
Lab Doc (teacher's version)	LB3.0.0.1 Structure and functionality of an optical microscope (Teacher)
Lab Doc (teacher's version)	LB3.1.1.6 Comparison of leaf cross-sections: Sun leaf and shade leaf (Teacher)
Lab Doc (teacher's version)	LB3.1.3.4 Observation of living organisms in an infusion of hay (Teacher)
Lab Doc (teacher's version)	LB3.1.4.3 Food chain: Decomposers (Teacher)
Lab Doc (teacher's version)	LB3.4.1.1 Wing feathers of birds (Teacher)
Lab Doc (teacher's version)	LB3.4.1.2 Examination of fish scales (Teacher)
Lab Doc (students' version)	LB4.0.0.1 Structure and functionality of an optical microscope (Student)
Lab Doc (students' version)	LB4.1.1.1 Microscopy of yeast cells (Student)
Lab Doc (students' version)	LB4.1.1.2 Microscopy of mould (Student)
Lab Doc (students' version)	LB4.1.1.3 Live/dead staining of yeast cells (Student)
Lab Doc (students' version)	LB4.1.2.1 Plant cell: Structure of an onion cell (Student)
Lab Doc (students' version)	LB4.1.2.2 Animal cell: Cells of the oral mucosa, uncoloured (Student)
Lab Doc (students' version)	LB4.1.2.3 Comparison between an animal and a plant cell (Student)
Lab Doc (students' version)	LB4.1.2.4 Colouration of an onion skin (Student)
Lab Doc (students' version)	LB4.2.1.1 Plasmolysis and deplasmolysis (Student)
Lab Doc (students' version)	LB4.2.2.1 Prepare mitosis stages of an onion root (Student)
Lab Doc (students' version)	LB4.2.4.1 Cytoplasmic streaming in waterweed (Student)
Lab Doc (teacher's version)	LB4.0.0.1 Structure and functionality of an optical microscope (Teacher)
Lab Doc (teacher's version)	LB4.1.1.1 Microscopy of yeast cells (Teacher)
Lab Doc (teacher's version)	LB4.1.1.2 Microscopy of mould (Teacher)
Lab Doc (teacher's version)	LB4.1.1.3 Live/dead staining of yeast cells (Teacher)
Lab Doc (teacher's version)	LB4.1.2.1 Plant cell: Structure of an onion cell (Teacher)
Lab Doc (teacher's version)	LB4.1.2.2 Animal cell: Cells of the oral mucosa, uncoloured (Teacher)
Lab Doc (teacher's version)	LB4.1.2.3 Comparison between an animal and a plant cell (Teacher)
Lab Doc (teacher's version)	LB4.1.2.4 Colouration of an onion skin (Teacher)
Lab Doc (teacher's version)	LB4.2.1.1 Plasmolysis and deplasmolysis (Teacher)
Lab Doc (teacher's version)	LB4.2.2.1 Prepare mitosis stages of an onion root (Teacher)
Lab Doc (teacher's version)	LB4.2.4.1 Cytoplasmic streaming in waterweed (Teacher)

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