Most stereo microscopes offer a range around 6x–45x, with optional auxiliary lenses increasing or reducing the total magnification.

• Lower magnification = wider field of view (ideal for dissection, insect work, QC)

• Higher magnification = more detail for inspection or fine manipulation

Choose a range that suits the smallest details you need to see.

A higher zoom ratio gives smoother transitions between magnifications.

6:1 zoom = standard

8:1 or 10:1 zoom = research-grade systems

A larger zoom ratio is useful for inspection, imaging and multi-step workflows.

Working distance is the space between the objective and the sample.

• Long working distances are ideal for soldering, dissection and handling tools.​

• Shorter working distances often give slightly better optical resolution

Pick a microscope that allows enough room for your hands, tools or instruments.

Good lighting is essential for accurate 3D perception. Common setups include:

• LED ring lights – bright, shadow-free illumination for inspection

• Gooseneck LEDs – directional lighting to enhance surface texture

• Transmitted bases – for semi-transparent or thin samples

• Incident/reflected LED modules – for general dissection and QC work

If you need to record images, teach, demonstrate or document your work, choose a stereo microscope with C-mount or photo-tube support.

Indigo Scientific provides camera-ready systems with HDMI, USB or scientific cameras for teaching and research workflows.

The stand determines how flexible and stable the microscope is:

• Track stand – stable, compact, ideal for labs and teaching

• Boom stand – wide working area, perfect for large objects or industrial inspection

• Articulated arm – maximum reach and flexibility

Choose the stand based on the size of your samples and the space available on your bench.