This microscope system offer brilliant image quality without latency on HDMI output.

It has fast zoom and offer wide range automatic image adjustment.

The depth of field is perfect thanks to the built-in HDR function.

PCB repair jobs and SMT inspection has never been easier.

Take a look for the WS2812 LED photo in the gallery!

Lens: 16X-160X Adjustable Magnification 25mm Zoom C-mount Lens 0.7X~5X, working distance 105mm

Camera:  IMX290 Sony 2,2MP Camera chip, wide range automatic zoom, HDR,

            BSI high light sensitive sensor

Pixel size : 1/2.8"

Lens interface : C / CS type

Exposure : automatic and manual

Display frame rate : 60Hz at 1080P

Shutter Speed : 1/50s(1/60s)～1/10000s

SMT (Surface Mount Technology) production cycle refers to the process of producing electronic products using SMT components. It involves several steps and stages, which are as follows:

• Design: This is the first step in the SMT production cycle where the electrical and mechanical design of the product is created using electronic design automation (EDA) software.
• Component sourcing: In this step, all the components required for the production are sourced from various suppliers.
• Stencil creation: The stencil is used to apply the solder paste onto the PCB (Printed Circuit Board) surface. It is created by laser cutting a metal sheet to the exact dimensions of the SMT pads on the PCB.
• Stencil printing: The stencil printing step involves placing the stencil over the PCB surface and applying the solder paste through the stencil openings onto the SMT pads. This creates the required pattern of solder paste on the PCB.
• Component placement: In this step, the SMT components are picked up from their reels or trays and placed onto the PCB surface with the help of a placement machine. The components are placed onto the exact locations where the solder paste was applied.
• Reflow soldering: The reflow soldering step involves heating the PCB to a specific temperature for a specific duration to melt the solder paste and form a strong bond between the component and the PCB.
• Inspection: After the reflow soldering step, the product undergoes visual and electrical inspection to ensure that the components are properly soldered onto the PCB and that there are no defects in the product.

These are the basic steps involved in the SMT production cycle. The exact process and the steps involved may vary depending on the specific requirements of the product being produced.

Automatic Optical Inspection (AOI) system is a machine-based inspection process that uses cameras and computer vision algorithms to automatically inspect and validate the quality of surface mount technology (SMT) assemblies and printed circuit boards (PCBs). AOI systems are commonly used in the electronics manufacturing industry to improve the efficiency and accuracy of the inspection process.

An AOI system typically consists of the following components:

• Cameras: The AOI system uses high-resolution cameras to capture images of the PCBs or SMT assemblies. The cameras can be of different types, including line scan cameras and area scan cameras.
• Illumination system: The illumination system provides bright, uniform light to the cameras, which is necessary for capturing clear images of the PCBs or SMT assemblies.
• Inspection software: The inspection software is the core component of the AOI system. It uses computer vision algorithms to analyze the images captured by the cameras and identify defects, such as missing components, misplaced components, and incorrect component orientation.
• Conveyor system: The conveyor system is used to transport the PCBs or SMT assemblies through the AOI system for inspection. The speed and direction of the conveyor can be controlled to ensure that the PCBs or SMT assemblies are inspected thoroughly and accurately.
• User interface: The user interface is used to interact with the AOI system and configure the inspection parameters, such as defect detection thresholds, camera settings, and illumination levels.

The AOI system operates by capturing images of the PCBs or SMT assemblies, analyzing the images to identify defects, and reporting the results to the user. The results can be used to improve the manufacturing process, identify areas for improvement, and reduce the number of defects in the final product.

Overall, the AOI system is a valuable tool in the electronics manufacturing industry, providing improved efficiency, accuracy, and quality control in the inspection process.