Dino-Lite AM4113TL USB Digital Microscope, 1.3MP, 10-90x

Dino-Lite AM4113TL USB Digital Microscope – High-Magnification 1.3MP Imaging for Precision Analysis

The Dino-Lite AM4113TL is a USB-connected digital microscope designed for detailed close-up inspection in industrial, laboratory, and workshop environments. With 90x magnification and a 1.3MP camera sensor, it captures sharp, high-resolution images of small components, solder joints, and surface details.

• 90x magnification with 10x–90x zoom range enables detailed inspection of tiny components and surface structures
• 1.3MP camera with 1280 x 1024 (SXGA) resolution delivers clear, analysable images for documentation and quality control
• USB connectivity compatible with Mac OS 11 (or higher) and Windows 7+ for immediate plug-and-use on standard workstations
• Compact handheld design weighing 0.39 kg — portable and easy to position on any bench or workstation
• 24 months manufacturer warranty provides long-term reliability and investment protection

Das zeichnet das Dino-Lite AM4113TL aus

Unlike conventional stereo microscopes, the AM4113TL combines a high-magnification zoom range with a digital USB output, allowing users to capture, save, and share images directly from the eyepiece. The long working distance (LWD) design accommodates larger specimens and circuit boards that would not fit under standard microscope heads.

Ideal für...

Quality assurance technicians in electronics manufacturing, laboratory researchers requiring portable magnification, and workshop professionals who need to inspect small mechanical or electrical components on-site. The microscope is suited for users who require a flexible, desktop-friendly imaging tool without the setup complexity of a traditional stereo microscope.

Anwendung von Dino-Lite AM4113TL

Connect the microscope to a Mac or Windows PC via the included USB cable. The device is recognised as a standard UVC webcam — no proprietary software installation required for basic image capture. Use the zoom ring to adjust magnification from 10x to 90x, position the specimen under the lens, and capture still images or video for inspection reports and documentation.