Optika B-150P-MRPL Monocular Polarizing Microscope, 400x
Observation mode: Brightfield, Polarized Light.
Head: Monocular, 30° inclined; 360° rotating.
Eyepiece: WF10x/18 mm, secured by screw.
Nosepiece: Quadruple ball bearings revolving nosepiece.
Objectives:
– N-PLAN 4x/0.10, with anti-fungus treatment
– N-PLAN 10x/0.25 , with anti-fungus treatment
– N-PLAN 40x/0.65 , with anti-fungus treatment
Specimen stage: Rotatable round stage, 120 mm diameter.
Focusing: Coaxial coarse and fine focusing mechanism with limit stop to prevent the contact between objective and specimen. Adjustable tension of coarse focusing knob.
Condenser: N.A. 1.25, pre-centered, fixed with iris diaphragm.
Illumination: X-LED1 with white 1 W LED and light intensity control.
Colour temperature: 6,300 K. Li-Ion battery for long lasting operation. Multi-plug 100-240Vac/5Vdc external power supply.
Polarizing filters: Rotating Polarizer (swing-out) and fixed Analyzer (sliding-out).
The B-150 series has been designed to fulfill all requirements of educational laboratories.
Obtain clear images at three (40x, 100x and 400x) or four (40x, 100x, 400x and 600x or 1000x) magnifications with 18mm field number. All in a compact and easy to carry size. The entire series is equipped with 1W X-LED1 illumination for bright and uniform light. If a cordless microscope is needed, the R Models are is your choice as they come with a rechargeable battery.
SUITABLE FOR FIELD USE
CORDLESS, EASILY TRANSPORTABLE
» Stable, yet compact and light weight
» Long-lasting, 8-15h operating time
» Can be transported for being used on site
NO NEED FOR POWER CONNECTION
» Powered by rechargeable battery (R models)
» Optional solar battery pack
» Always ready to work
PERFECT FOR STUDENT’S FIRST EXPERIENCE WITH A MICROSCOPE
DESIGNED FOR NOVICE USERS
» Extremely reliable microscopes for education
» Particularly recommended for primary school
» Ideal for biology and material science
BIOLOGICAL EDUCATIONAL MICROSCOPES
» Choose among monocular and binocular heads
» 18mm field number
» Achromatic lenses for standard applications
X-LED1 – ONLY AVAILABLE AT OPTIKA
POWERFUL AND UNIFORM ILLUMINATION
» Uncomparable light intensity, exclusive lens and collector design
» Constant pure-white colour temperature at all intensity levels
» Unmatched colour fidelity and brightness of your specimen
MONEY & ENERGY SAVING
» High energy efficiency at a limited cost
» Incredibly low energy consumptions, only 1 W
» LED long lifetime (50.000 hours = 20 years at 8 hours/day usage)
100X WITH WATER – A NEW FRONTIER IN EDUCATION
SAME OBJECTIVE FOR OIL AND WATER USE
» Oil represents the best media for high numerical apertures
» Water combines relevant results with convenience
» Water is recommended especially for educational purposes
ATTENTION TO DETAIL
HANDY, YET EXTREMELY STABLE
» Compact, practical and intuitive to use
» Optics ensuring good quality images
» Get impressive images and live videos with cameras
EASY TO TAKE CARE OF
» Sturdy, durable for extended lifetime
» Only simple lens cleaning is required time to time
» Dust cover protects from environmental contaminants
INCORPORATING THE MOST WANTED FEATURES
IN A STUDENT MICROSCOPE
Get all the controls and features common to higher level microscopes: translating stage,
binocular head, coaxial focus knob, adjustable condenser, and 1000x maximum magnification.
An extremely simple but well-equipped solution, in a modern and ergonomic design.
ALC – ONLY AVAILABLE AT OPTIKA
3-STEPS EASY SETTING
» Choose the light intensity you prefer
» Press the button and set the light
» Change the objectives or close the diaphgram aperture: the
microscope will keep the same light intensity!
AUTOMATIC LIGHT CONTROL & ADJUSTMENT
» When another objective is used
» When the aperture diaphragm changes
» When processing another sample with different opacity
3-STEPS EASY SETTING
» Choose the light intensity you prefer
» Press the button and set the light
» Change the objectives or close the diaphgram aperture: the
microscope will keep the same light intensity!
AUTOMATIC LIGHT CONTROL & ADJUSTMENT
» When another objective is used
» When the aperture diaphragm changes
» When processing another sample with different opacity