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Binocular Research Microscope, Basic

Siedentopf Binocular Configuration: Features an adjustable interpupillary distance mechanism and dioptric compensation, allowing for a personalized, strain-free viewing experience that maintains focal consistency across both ocular paths.

High-Aperture Condenser System: Employs an Abbe-type condenser with a high numerical aperture and a continuously variable iris, enabling precise light-path modulation to achieve optimal contrast and depth of field.

₹3,520.00

Quick Answer: The Binocular Research Microscope, Basic is the basic model in LabEquip’s binocular research line: a compound microscope with a two-eyepiece head, used for slide work in college teaching and research laboratories. Viewing with both eyes makes long sessions at a binocular research microscope less tiring than squinting through a single eyepiece.

Two Eyepieces, One Image

A binocular head on a compound microscope uses prisms to split the light from the single objective between two eyepieces, so both eyes see the same image. Unlike a stereo microscope it does not create a three-dimensional view; its advantage is comfort. Keeping both eyes open and relaxed avoids the squinting and headaches that come with hours at a monocular eyepiece, which matters in histology, microbiology and pathology teaching, where students spend whole afternoons scanning slides.

Two adjustments make the head work. The eyepiece tubes slide or swing to match the distance between the user’s pupils, and a diopter ring on one eyepiece, where fitted, corrects for any difference between the two eyes. Each new user should set both before focusing; otherwise the image looks doubled or one eye quietly does all the work.

The Basic listing does not state objectives, focusing layout or light source. Its siblings name coaxial focusing and a 30° or 45° head, so compare it with the Coaxial Focussing 45° model if those features matter for your users.

Specifications

Product Binocular research microscope, basic model
Type Compound microscope with binocular viewing head
User adjustments Interpupillary distance; diopter where fitted
Typical users College, research and teaching laboratories
Objectives, focusing and light source Confirm at enquiry

Applications

  • Histology slides of stained tissue in medical, veterinary and life-science courses
  • Gram-stained bacterial smears, where an oil immersion objective is fitted
  • Counting cells or parasites in stained films over long sessions
  • Checking student preparations before they are drawn or mounted permanently

Care & Handling

  • Set the interpupillary distance until a single circle of light is seen, then note the scale reading so each user can return to it quickly.
  • Keep the eyepieces in their own tubes; if they are swapped between microscopes, the two halves of the view may no longer match.
  • Cover the binocular research microscope whenever it is not in use, because dust inside the prism head is hard to remove without servicing.

Why Choose LabEquip

Colleges moving students from monocular to binocular viewing, and small laboratories that need one comfortable instrument for daily slide work, buy the Basic model. It is part of the LabEquip Microscope & Optics range; describe your slide work on the contact page and we can compare it with the coaxial versions.

Frequently Asked Questions

Does a binocular microscope give a 3D image?

No. A binocular compound microscope sends the same image from one objective to both eyes, so the view is flat. Three-dimensional viewing needs a stereo microscope, which has two separate optical paths set at an angle to each other.

How do I set the eyepieces for my eyes?

Focus on a slide using your dominant eye, then slide the tubes apart or together until the two circles merge into one. Close that eye and turn the diopter ring on the other eyepiece, if one is fitted, until the image is sharp for the second eye, without touching the focus knobs.

What separates Basic from the Coaxial Focussing models?

The Coaxial Focussing versions name coaxial coarse and fine focus knobs and a 30° or 45° head angle. The Basic listing names neither, so if coaxial focusing or a particular angle is important, choose one of those models or check the Basic model’s focusing layout first.

Is binocular viewing worth it for students?

For sessions longer than a few minutes, yes. Students keep both eyes open, hold their heads still and tire less. For short introductory lessons, a student microscope with a single eyepiece is enough.

Why do I see two images?

The interpupillary distance is set wrongly, or the eyepieces are mismatched. Adjust the tube spacing until one circle appears. If the problem continues with correctly spaced tubes, the prisms may have been knocked out of alignment and the head needs servicing.

Can spectacles be worn?

Yes, although users with simple short or long sight can often manage without them by using the focus and diopter adjustments. Users with astigmatism usually keep spectacles on, with the eyecups folded down so the eye can get close enough to see the whole field.

Last Updated: September 2026

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