Are you facing mass rework due to measurement errors in industrial inspection? Struggling to accurately record data in scientific experiments because of blurry imaging? Worried about equipment compatibility and after-sales support during cross-border procurement? The Ultra-High-Definition Measuring Video Microscope SGO-KK203 launched by JinHongTong Tech has become a "new benchmark for intelligent vision" for industrial manufacturing, precision inspection, and scientific research institutions worldwide, with three core advantages: "ultra-high-definition imaging + precise measurement + intelligent operation".

Adhering to JinHongTong Tech’s design concept of "practical aesthetics", the SGO-KK203 features a light gray-white main body + bright blue imaging unit in a striking contrast design—this distinctive color scheme makes it highly recognizable in workshops or laboratories, while the all-metal structure ensures durability against industrial environmental challenges such as dust and minor impacts. The equipment adopts a vertical column structure: the blue square imaging unit is mounted on the top of the column, paired with a black lens module below, and the large light gray-white base provides stable support, perfectly balancing compactness and stability for both bench-top placement and fixed-line installation.

Thoughtful details reflect JinHongTong Tech’s user-centric care (aligned with the device’s actual design):

The SGO-KK203 is equipped with a custom 4K Ultra-HD CMOS sensor by JinHongTong Tech, combined with an 8-megapixel high-transmittance coated lens (the black module below the blue unit), achieving a resolution of 1200 lines/mm and 98% color reproduction. Oxidation traces on electronic component pins, micron-level scratches on metal parts, and microscopic textures of scientific research samples can all be presented with "distortion-free, high-saturation" image quality, completely solving the pain point of traditional microscopes—"seeing clearly but not distinguishing accurately". Its built-in LED light source (integrated in the lens module) supports adjustable brightness, avoiding reflection interfering with imaging accuracy for different sample materials (metal/plastic/glass).

As the core competitiveness of a measuring video microscope, the SGO-KK203 integrates industrial-grade measurement software independently developed by JinHongTong Tech, supporting 12 common measurement functions including point, line, circle, angle, and distance. With a measurement accuracy of 0.001mm and a repeatability error of ≤0.002mm, it ensures reliable data output. During inspection, simply frame the target area on the connected display, and the system will automatically calculate and generate data reports in Excel or PDF format for export—eliminating manual recording, avoiding human errors, and improving inspection efficiency. For batch inspection scenarios, the software also allows preset measurement templates to realize "one-time setup, batch measurement".

JinHongTong Tech optimizes equipment compatibility centered on user scenarios:

In the automotive electronics and consumer electronics industries, the SGO-KK203 is used for connector pin size inspection, chip packaging defect identification, and battery tab burr measurement. After introducing this equipment, an electronic contract manufacturer in Dongguan reduced the connector defect rate from 3.2% to 0.8% and improved inspection efficiency by 40%; a German automotive parts enterprise achieved a closed-loop management of "inspection-feedback-adjustment" through its linkage with production systems, significantly shortening the production cycle.

In the production of medical devices and aerospace components, the high-precision measurement capability of the SGO-KK203 serves as a core guarantee. A medical device company in Shenzhen uses it to inspect the cutting edge angle and surface roughness of surgical instruments, ensuring compliance with ISO 13485 certification standards; an aerospace enterprise in Xi’an records microscopic structure data of turbine blades through the device, providing intuitive basis for material performance optimization.

In university materials science laboratories, the SGO-KK203 is used for interlayer bonding observation of 3D printed parts and nanomaterial size measurement. High-definition images and precise data provide strong support for paper publication; in electromechanical professional classrooms of vocational and technical colleges, students master industrial inspection processes through hands-on operation of the equipment, familiarizing themselves with enterprise-level equipment operating specifications in advance and enhancing their employability.