Motic Panthera TEC-Epi POL Digital Polarizing Microscope – Integrated 4.0MP WiFi/Ethernet Camera, UC Plan Achromatic Optics, LED/Halogen Dual Illumination
Motic Panthera TEC-Epi POL Digital Polarizing Microscope – Integrated 4.0MP WiFi/Ethernet Camera, UC Plan Achromatic Optics, LED/Halogen Dual Illumination
- • Integrated 4.0MP Digital Camera: Built-in CMOS camera with WiFi and Ethernet for live imaging and documentation
- • Advanced Polarizing Optics: Rotatable analyzer and Bertrand lens for crystal, mineral, and polymer analysis
- • Dual Illumination System: Interchangeable LED and halogen lighting for transmitted and incident light microscopy
- • UC Plan Achromatic Objectives: Strain-free optics (5×–40×) deliver high contrast and optical accuracy
- • Motic LightTracer™ Technology: Intelligent light memory ensures consistent illumination across sessions
- • Research-Grade Construction: Designed for academic, industrial, and materials science laboratories
The Motic Panthera TEC-Epi POL Digital Polarizing Microscope is a high-performance platform designed for polarized light analysis in geology, materials science, crystallography, polymers, and advanced education. Engineered for versatility, it combines professional optical components with integrated digital imaging and intelligent illumination control.
An integrated 4.0MP CMOS camera with WiFi and Ethernet connectivity enables real-time image capture, live sharing, and documentation without external camera attachments. The microscope features a built-in polarization system, including a rotatable analyzer and Bertrand lens, supporting detailed interference pattern and birefringence analysis.
Equipped with strain-free UC Plan Achromatic objectives and widefield eyepieces, the Panthera TEC-Epi POL delivers exceptional clarity, contrast, and optical accuracy. Its dual illumination system (LED and halogen) supports both transmitted and reflected light applications, making it suitable for a wide range of specimens and workflows.
Enhanced by Motic LightTracer™ technology, the system automatically remembers and restores illumination settings, ensuring consistent, repeatable imaging. Designed for reliability and precision, this digital polarizing microscope is ideal for research laboratories, industrial inspection, and higher-education teaching environments.
