Loading...
View as List Grid

Items 11-19 of 19

Page
per page
Set Descending Direction

19 Products

Product name Brand Price
Vision Engineering SX80 Binocular Stereo Zoom Microscope Vision Engineering SX80 Binocular Stereo Zoom Microscope Vision Engineering Call for price
OSF 4G Series Of KERN Stereo Microscope - 438 & 439 Model KERN OSF 4G Stereo Microscope Series KERN
£392.00 (£470.40 inc VAT)
£392.00 (£470.40 inc VAT)
OZL 46 Series Of Stereo Microscope KERN OZL-46 Stereo Microscope Series KERN
£555.00 (£666.00 inc VAT)
£555.00 (£666.00 inc VAT)
OZM-544 Stereo Microscope From KERN KERN OZM-5 Stereo Microscope Series KERN
£1,255.00 (£1,506.00 inc VAT)
£1,255.00 (£1,506.00 inc VAT)
OZP-556 KERN Stereo Microscope KERN OZP-5 Stereo Microscope Series KERN
£1,380.00 (£1,656.00 inc VAT)
£1,380.00 (£1,656.00 inc VAT)
OZL-96 Range Of Stereo microscope With Telescopic Arm KERN OZL-961/3 Stereo Microscope With Telescopic Arm KERN
£920.00 (£1,104.00 inc VAT)
£920.00 (£1,104.00 inc VAT)
OZM-91 Range Of Stereo microscope With Telescopic Arm KERN OZM-91 Stereo Microscope With Telescopic Arm KERN
£1,575.00 (£1,890.00 inc VAT)
£1,575.00 (£1,890.00 inc VAT)
OZM-95 Range Of Stereo microscope With Articulated Arm KERN OZM-952/3 Stereo Microscope With Articulated Arm KERN
£1,570.00 (£1,884.00 inc VAT)
£1,570.00 (£1,884.00 inc VAT)
Lynx EVO stereo microscope without eyepieces Vision Engineering Lynx Evo Cam Vision Engineering Call for price
View as List Grid

Items 11-19 of 19

Page
per page
Set Descending Direction

19 Products

Stereo Microscopes For Electronics

Find a wide range of stereo microscopes to fit your applications. We have a great selection to suit many requirements including PCB work, medical, quality control, and more. Our team are also highly experienced in helping customers find the exact unit for their needs. Call us up today for a free quote on any of the listed range!

Filter By

What Are Stereo Microscopes?

Stereo Microscopes differ to that of digital microscopes, with eyepieces for optical viewing.

They combine two microscopes into one package, having 2 optical paths. Each of these have their own objective and ocular lens.

Each of the eyepieces relays a different angle of the viewed image, creating a 3-dimensional view, allowing the user to see both depth and dimensions.

You will be using a stereo microscope where low magnifications are needed. This allows for high-quality, 3D observations of objects that are visible to the naked eye. This makes a stereo microscope perfect for inspecting and working on PCBs.

Stereo microscopes are essential tools for precision inspection, electronics assembly, and industrial quality control. They provide 3D depth perception, enabling comfortable, accurate work on delicate components.

Choosing the right stereo microscope involves understanding several core features that influence performance, usability, and suitability for specific applications. 

Below is a breakdown of each key factor to consider when selecting a model

Application

Different tasks place different demands on the equipment.

For example, in inspection or quality control settings, clarity, contrast, and depth perception are important for spotting defects in small components.

Magnification Type

Stereo microscopes are generally available with either zoom or fixed magnification.

A zoom magnification system provides a continuous range of magnification. Fixed magnification models, however, offer specific levels of magnification. 

Viewing Head Configuration

 A binocular head uses two eyepieces for immersive 3D viewing - ideal for most hands-on tasks.

 A trinocular head adds a camera port for image capture and video, useful for documentation and training.

Eyepieceless systems display the image on a screen, offering improved ergonomics and easy viewing for multiple users.

Working Distance

A longer working distance provides more room to perform tasks under the lens.

Microscopes with a shorter working distance may offer higher magnification but can restrict physical access to the object.

Illumination

Illumination systems vary, but common options include LED ring lights, dual-arm spotlights, and built-in light sources.

Some microscopes combine multiple lighting options to provide flexibility across different materials or tasks.

Camera Compatibility

For users who need to document their work or share visual information, camera integration is an important consideration.

These systems often support HDMI or USB outputs for live viewing on monitors