RELIFE M-13 3800W Microscope Camera - Professional 38MP Imaging for Micro-Soldering

Description

The RELIFE M-13 3800W camera is the ideal solution to turn your trinocular microscope into a powerful digital inspection system. Equipped with a 38-megapixel CMOS sensor, it provides stunning visual precision, allowing you to identify the smallest details on integrated circuits and 01005 CMS components. Its HDMI output delivers a Full HD stream at 60 frames per second, ensuring a smooth and natural working experience on a monitor, without any latency, which is crucial during delicate soldering phases performed under a screen.

Designed for electronic repair professionals, the M-13 allows you to capture high-resolution photos and record diagnostic videos directly on a TF card or via a computer. Its intuitive user interface includes measurement tools and adjustable guide lines to facilitate component alignment. Robust and compact, it easily mounts on any standard C-Mount adapter. With its included infrared remote control, you can take snapshots of your repair evidence without ever disturbing the stability of your microscope.

Technical Specifications

• Reference: RELIFE M-13 (3800W)
• Image Sensor: 38 Megapixels CMOS
• HDMI Resolution: 1920 x 1080 @ 60 FPS (FHD)
• USB Resolution: 1920 x 1080 @ 30 FPS
• Video Format: MOV / MP4
• Outputs: HDMI / USB / TF Card Port (MicroSD)
• Settings: Exposure, White Balance, Color, Sharpness, HDR
• Connectivity: Standard C-Mount Thread (1 inch)
• Power Supply: DC 12V

Workshop Advice & Usage

To fully utilize the RELIFE M-13, the choice of the C-Mount adapter is crucial: use a 0.5x adapter for a wide field of view matching what you see in the eyepieces, or a 0.35x for an even wider view on your monitor. Technical Tip: To avoid digital noise on the image, make sure your microscope LED ring is set to medium to high intensity, then lower the camera gain through the settings. This will produce a smoother and more professional image. Finally, use the "Grid" (Crosshair) function to perfectly align your motherboard before starting a BGA reballing, saving valuable time in precision.