HST 103-A

The HST 103-A metallographic microscope is a high-precision analytical instrument meticulously designed for the microstructural analysis of metallic materials. It provides users with comprehensive and efficient testing and analysis solutions.

-FOCUSING MECHANISM
The design of the large-field imaging system, with a 20mm ultra-wide field of view, brings you an unprecedented visual experi-ence. The rubber eyecup design is more friendly for users wearing glasses, ensuring that every observer can comfortably enjoy a clear field of view.
-LONG WORKING DISTANCE PROFESSIONAL METALLOGRAPHIC OBJECTIVE LENS
The long working distance professional metallographic objective lens, through advanced optical optimization design and profes-sional coating technology, significantly improves imaging resolution and aberration correction capability, providing a more precise digital solution for the observation and analysis of microstructures.
-MECHANICAL MOBILE PLATFORM
Equipped with a large-sized heavy-duty platform measuring 180x150mm, the right-hand design aligns with the operational habits of most people. The focusing mechanism and platform movement operations are easily switchable, enhancing work effi-ciency. The ultra-wide carrying handle facilitates easier and smoother equipment transportation.
-FRONT BRIGHTNESS DISPLAY FUNCTION
The brightness front display function utilizes a built-in brightness sensor to display the current brightness in real-time directly in front of the instrument, making instrument operation more efficient and convenient.
-BRAND-NEW INTELLIGENT ECO SYSTEM
ECO Infrared Sensing System: When the microscope remains unused for an extended period, the ECO Infrared Sensing System showcases its dual benefits of environmental friendliness and cost-effectiveness. Equipped with cutting-edge infrared sensing technology, this system precisely detects any human activity around the microscope. Upon detecting an idle microscope, the system automatically powers off, transitioning the microscope into a sleep mode. This not only significantly reduces energy con-sumption but also enhances the safety of the instrument.

- FULL-SPECTRUM LED LIGHTING
Full-spectrum LEDs have wavelengths ranging from 400nm to 700nm, providing a broader spectral range that encompasses all colors found in natural light, achieving a more natural lighting effect and better revealing all internal organizational structures of metals. Compared to halogen light sources, full-spectrum LED lighting has a longer lifespan, slower light decay, and lower power and loss.