Ivesta 3Greenoff stereomicroscope

See relevant details faster

Unlike traditional stereomicroscopes, Ivesta 3 adopts FusionOptics fusion optical technology, which combines high resolution and large depth of field!

• Save refocusing timeBecause you can see it at a glanceEvery important detailFusionOptics technology allows you to observe samples in 3D with a depth of three times greater.

• Using the 9:1 zoom range of the microscope,Easily switch from sample overview to details.

• With a magnification of up to 55 times and optical components with chromatic aberration correction function,Presenting tiny details.

Image simulation: Printed circuit board samples without and with FusionOptics fusion optical technology, observed through an eyepiece.

Easily handle samples

During the inspection and analysis process, you can comfortably handle and manipulate the sample - there is ample space under the microscope objective!

The working distance of Ivesta 3 can reach 122 millimeters

If you need to use tools under a microscope objective to process samples, this is particularly helpful - you must know that sometimes every millimeter is important.

Obtain reproducible results

With the Ivesta 3 Greenoff stereomicroscope, you can work according to standard procedures to obtain reproducible results and reduce the risk of human error.

Easy to inspect and measure

• Repeat zoom settings through zoom magnification

• Familiar with zoom factor and display it during imaging process

• Thanks to the encoding zoom function, the zoom factor and magnification information will be automatically saved together with the image data

Collaborate to make reliable decisions

• Being able to quickly and easily discuss results to obtain other opinions: Quickly display real-time images provided by a 12 megapixel camera on the monitor.

• With a high frame rate of up to 60 frames per second, the motion of samples can be displayed clearly and smoothly on the monitor.

• It has a fast automatic exposure function, which can quickly switch between light and dark samples, and distinguish details clearly through the displayed real-time image.