Olympus stereomicroscope SZX7

The protective device adopts advanced Galilean optical system, which can generate excellent high-quality images.

Excellent visibility and rich scalability

Adopting the Galileo optical system with superior system expansion performance

Galileo optical system optical path diagram

The Galileo optical system adopts parallel beams with no difference in left and right optical paths. Configured

The high NA objective lens parallel to the observation plane achieves high-resolution images with superior flatness

Observe. You can freely choose the desired intermediate lens barrel and objective lens from a variety of attachments to construct

The optimal observation system that meets the observation purpose.

Rich product lineup, with the option to choose the desired objective lens

Product lineup of objective lenses

DFPL2x/DPFL1.5x/DFPL 0.75x/DFPL 0.5x
Achieved excellent imaging performance. Small color difference, excellent resolution, contrast, and image flatness performance.

DFPLAPO 1.25x /DFPLAP01x-4
Highly corrected for color differences, including excellent resolution, good contrast, and minimal distortion in image flatness.

SZX-ACH1.25x /SZX-ACH1x
It is an objective lens that achieves a good balance between high resolution and ultra long working distance.

Ergonomic design and sample safety

Ergonomic Design

The high-performance Olympus eyepiece has an ultra wide field of view, making it easy to observe 3D images for both short and long periods of time, thus reducing eye fatigue. Based on ergonomics, pursue a comfortable operating environment for operators. The high-performance Olympus eyepiece has an ultra wide market, making it easy to observe 3D images for both short and long periods of time, thus reducing eye fatigue. Observation tubes with adjustable tilt angles of 5-45 ° up and down have been prepared for different height differences among operators.

Corresponding to ESD, prevent devices from being affected by static electricity

The body and main accessories are coated with anti-static materials and coatings, which can quickly remove static electricity. This prevents static electricity from damaging the sample.

Diversified lighting units

LED lighting base combination

LED transmission lighting base combination

Developed a transmissive lighting base using LED. The extremely thin design reduces the size of the sample

It has demonstrated excellent operational performance. In addition, the switching between transmission and reflection can be achieved through

Easy rotation operation.

Double branch interlocking light guide tube high brightness reflective lighting device combination

Double branch interlocking light guide tube high brightness reflective lighting device combination

The position and angle can be freely set, making it the best combination for observing high contrast images.

SZX coaxial reflective lighting device combination

SZX coaxial reflective lighting device combination

Without emphasizing the center, bright and uniform illumination can be obtained. Equipped with polarizing mirror and 1/4 λ wave

Long board, capable of observing samples that cannot be observed under skewed reflective lighting.

White LED lighting device combination

White LED lighting device combination

Realized cost-effective high brightness continuous dimming, with minimal thermal impact and long lifespan in a circular shape

Lighting fixtures.

Universal bracket and digital imaging

Equipped with various universal brackets

SZ2-ST combination

There is a SZ2-STU2 model that can freely adjust the angle and length of the arm, and it is also equipped with an energy stabilizer

Located on the side of the equipment and other areas, it exerts its power in the assembly and inspection of engineering production lines

Supports such as SZ2-STU3 that can effectively observe large samples that cannot be placed on the stage

Stand up.

SZ2-STU2 combination SZ2-STU3 combination

Using a digital camera to record and save digital images

The three lens barrel can be used to install digital cameras. It can save and record digital images to help create observation reports. Image quality can be determined based on the intended use

Choose a digital camera in terms of quantity, functionality, and ease of use.