【Fast, Responsive & Highly Versatile TOF Sensor】The EM4K-AF microscope adopts advanced TOF sensor, which provides remarkably accurate distance measurements by emitting a light pulse and measuring the time it takes for the pulse to travel to the object and back to the sensor, and then adjusts the focal length in merely 2 seconds. TOF technology also works effectively under various lighting conditions, making it suitable for different types of samples and environments.
【Revolutionary 4K Digital Microscope】Upgrade to 4K UHD Video & 52MP Imaging. Experience the Elikliv EM4K-AF Digital Microscope's stunning 4K (3840x2160P 30fps) video and ultra-clear 52MP (9600x5400P) color still images. With a 1280x800P IPS screen, you can explore the micro-world with unrivaled clarity and precision. Enjoy high-speed performance for smooth, clear visuals with no ghosting or vertigo.
【Stunning & Larger 8" IPS Screen】 The Elikliv EM4K-AF Digital Microscope features an advanced 8-inch IPS display with a wide color gamut, offering 1280 x 800P HD resolution. Enjoy unparalleled clarity, vibrant colors, and a wide 178-degree viewing angle. This exceptional screen ensures an immersive visual experience, whether for professional use or everyday observations.
**Tri-Screen Simultaneous UHD Digital Microscope**
Experience unparalleled immersion with our 4K soldering microscope, capable of magnification up to 2000X. With HDMI and USB output, you can view detailed images on any compatible display or computer. Whether you’re working in a laboratory, industry, educational setting, or your own home, this microscope provides outstanding image clarity and a fluid observation experience.
【The First Auto-Focus Digital Microscope】This auto-focus microscope is capable of adjusting the focus quickly and automatically, which facilitates exceptional ease of use and significantly reduce the time and effort required for manual adjustments, greatly enhancing convenience. It also utilizes AI algorithms that enable the system to refocus and continuously assess image clarity to the best possible extent if the object moves.