Student Microscope, Regular

Quick Answer: The Student Microscope, Regular is the standard classroom model in LabEquip’s student range, a school microscope for looking at stained cells, tissue sections and microorganisms on glass slides. By its name, the regular student microscope sits between the Economy and Superior versions.

The Standard Classroom Model

In most school biology departments, the regular model is the microscope around which the syllabus practicals are planned. It handles the core list: onion epidermis, cheek cells, a leaf transverse section, a prepared blood smear and a drop of pond water for protists. For each one, pupils find the specimen at low power, centre it, and then move to a higher power to see detail.

It also carries the calculations. Pupils work out total magnification by multiplying eyepiece power by objective power, and in senior classes they estimate cell size from the diameter of the field of view. Those exercises depend on knowing the exact powers fitted, which the listing does not give, so read them off the lens barrels when the microscopes arrive and write them on the storage labels.

Choosing between tiers comes down to how hard the microscopes will work and at what level. Compare this version with the Superior model on build and fittings rather than on the name alone, and pair either with prepared microscope slides for topics such as tissues and cell division that pupils cannot easily make themselves.

Specifications

Care & Handling

• Check every regular student microscope for a forgotten slide before covering it; a dried mount sticks to the stage and scratches when prised off.
• Inspect the highest-power objective after wet-mount lessons, since it works closest to the coverslip and is the lens most often dipped in water or stain.
• If the tube drifts down under its own weight, have the focus tension adjusted rather than wedging the knob.
• Number each microscope and its dust cover so faults can be traced to one instrument.

Applications

• Cell structure practicals with onion epidermis, cheek cells and Elodea leaf
• Viewing prepared slides of blood, muscle, stem and root sections
• Estimating cell size from the measured diameter of the field of view
• Identifying stages of mitosis on a prepared onion root tip slide

Why Choose LabEquip

Schools setting up a standard biology lab, and colleges replacing worn instruments one bench at a time, are the main buyers of the regular model. Order it from LabEquip’s Microscope & Optics range and list your quantities on the contact page.

Frequently Asked Questions

Which practicals does a regular student microscope cover?

The standard school list: plant and animal cells, simple tissues, stomata on a leaf peel, microorganisms in pond water, and prepared slides such as a blood smear or root tip squash. Detailed work on bacteria needs a 100x oil immersion objective, so check the objective set if that is planned.

How do I calculate total magnification?

Multiply the power engraved on the eyepiece by the power engraved on the objective in use. For example, any 10x eyepiece combined with a 40x objective gives 400x. Pupils should write the value beside every drawing.

How can pupils estimate the size of a cell?

Measure the field of view at low power by placing a transparent ruler on the stage, then scale it for higher power by dividing by the increase in magnification. Count how many cells fit across the field and divide the field width by that number. An eyepiece graticule calibrated against a stage micrometer is more accurate.

Is the Regular model suitable for college use?

For first-year college practicals built on the same slide work, yes. Where students need a binocular head, flat-field objectives or a camera port, one of LabEquip’s research microscopes is the closer match.

Why does the image blur when I switch to high power?

Usually the slide was not sharply focused at low power, or the detail was not centred before switching. Refocus at low power, centre the structure you want, then change objective and use only the fine focus. A mount that is too thick can also stop the high-power lens reaching focus.

Where should microscopes be stored between lessons?

Upright, with the dust cover on and the lens racked clear of the stage, in a dry cupboard away from sinks and the chemical store. Acid fumes from a nearby chemical store can etch lens coatings and corrode the metal parts.

Last Updated: September 2026