MOTIC Inverse Routine Microscope AE2000 Trinocular, N-WF 10X/22mm

The MOTIC Inverse Routine Microscope AE2000 Trinocular is a versatile and high-performance trinocular microscope designed for advanced laboratory and research applications. Featuring N-WF 10X/22mm eyepieces, it offers clear, bright, and sharp imaging, making it an ideal choice for observing inverted samples such as cell cultures, microorganisms, and sedimentation processes. The trinocular design allows for seamless integration with cameras or other imaging equipment for digital documentation, providing even more flexibility for professional use.

Key Features:

• Brand: MOTIC
• Trinocular Design: Allows for easy attachment of cameras for digital imaging
• N-WF 10X/22mm Eyepieces: Wide field eyepieces for high-resolution imaging
• Inverted Microscope: Perfect for viewing samples from beneath, ideal for applications like cell culture, microbiology, and material science
• Applications: Suitable for advanced research, education, medical laboratories, and industrial testing
• High-Quality Optics: Provides bright and sharp images with excellent contrast and resolution

The MOTIC AE2000 Trinocular Inverse Routine Microscope is designed for professionals seeking reliable and precise inverted microscopy solutions, offering excellent performance in various laboratory settings.

Frequently Asked Questions

1. What is the MOTIC Inverse Routine Microscope AE2000 Trinocular, N-WF 10X/22mm used for?

It is a versatile and high-performance trinocular microscope designed for advanced laboratory and research applications. Featuring N-WF 10X/22mm eyepieces, it offers clear, bright, and sharp imaging, making it an ideal choice for observing inverted samples such as cell cultures, microorganisms, and sedimentation processes. The trinocular design allows for seamless integration with cameras or other imaging equipment for digital documentation, providing even more flexibility for professional use.

2. Is the MOTIC Inverse Routine Microscope AE2000 Trinocular, N-WF 10X/22mm suitable for advanced research, education, medical laboratories, and industrial testing?

Yes. It is designed for advanced research, education, medical laboratories, and industrial testing, and offers for easy attachment of cameras for digital imaging and wide field eyepieces for high-resolution imaging to support this kind of work.

3. What trinocular design and N-WF 10x/22mm eyepieces does the MOTIC Inverse Routine Microscope AE2000 Trinocular, N-WF 10X/22mm have?

It has for easy attachment of cameras for digital imaging, wide field eyepieces for high-resolution imaging and perfect for viewing samples from beneath, ideal for applications like cell culture, microbiology, and material science, and is supplied under manufacturer part number 1100000000000.

4. What high-quality optics does the MOTIC Inverse Routine Microscope AE2000 Trinocular, N-WF 10X/22mm offer?

It offers bright and sharp images with excellent contrast and resolution, infinity Optics [CCIS®], observation Tube Siedentopf Type, Binocular - / Phototube 45°, F.N. 20 and interpupillary Distance 48 mm-75 mm.

5. How does the MOTIC Inverse Routine Microscope AE2000 Trinocular, N-WF 10X/22mm compare with the Kern & Sohn OBE 134 Trinocular Transmitted Light Microscope Digital Set from Kern & Sohn?

For advanced research, education, medical laboratories, and industrial testing, the Motic model is the better choice, offering for easy attachment of cameras for digital imaging, wide field eyepieces for high-resolution imaging and perfect for viewing samples from beneath, ideal for applications like cell culture, microbiology, and material science. The Kern & Sohn model offers a camera of 5.1 MP CMOS sensor with USB 3.0 interface and C-Mount adapter, a dimensions (W×D×H) of 320 x 180 x 365 mm and a weight of approx. 5.5 kg as an alternative, while the Motic model's for easy attachment of cameras for digital imaging and wide field eyepieces for high-resolution imaging help make it a strong fit for advanced research, education, medical laboratories, and industrial testing.