MicroMatch Vision Universal Vision Software

MicroMatch visual software is easy to use and requires no programming.
With just a simple drag-and-drop action, you can complete the setup of the runtime interface in a matter of moments, significantly reducing both the time required for visual project setup and associated labor costs.

Software Features

MicroMatch's universal vision software V4.0 adopts a hybrid architecture that combines the C/S (client/server) model with the B/S (browser/server) model, enabling users to access the camera either through client software or via a browser—beyond the standard local VGA display output. Both access methods deliver a unified UI design and seamless operational experience, allowing users to switch effortlessly between different platforms, including PCs, tablets, and mobile phones.

◆ Simple and easy to use, featuring graphical drag-and-drop functionality—intuitive and convenient!
◆ Rich in functional modules, featuring 10 categories with over 100 functional modules;
◆ Algorithmic free configuration, highly customizable to meet project requirements;
◆ Freely editable interface, allowing you to create "any" visual product application interface;
◆ Supports various communication protocols, enabling quick integration and communication with third-party devices;
◆ Supports features such as loops, branches, and logical operations to meet the demands of complex projects;
◆ Supports custom scripts, allowing you to write simple algorithms;
◆ Supports quick switching and customization of multiple languages;
◆ Can be embedded in third-party applications;
◆Supports both standalone deployment and network deployment;
◆Configuration functionality supports industrial HMIs;
◆ Supports image FTP uploads;
◆ Supports user permission management.

Featured Features

Special module features

Ease of use: Comprehensively enhance software usability by adopting guided operations, thereby lowering the barrier to entry.

 

Interface Configuration: Features are comprehensively enhanced, allowing for quick customization of guided operation interfaces;

 

Communication Support: Added Modbus protocol functionality (Master/Slave modes for Modbus RTU and Modbus TCP) and MELSEC protocol polling capability (TCP mode), enabling communication with PLCs. The configuration interface allows displaying PLC data and modifying values in specified registers. Additionally, HTTP protocol support is included, facilitating data exchange with websites via REST API. This feature enables customization to integrate seamlessly with MES systems from various manufacturers, providing robust data support for customers' production process management.

Comprehensively optimize touchscreen support: Various control parameter settings and ROI drawing are all designed with touchscreen operation in mind, enhancing the user experience on touchscreens.
 

Page Configuration

Window-class control

Algorithm Configuration

① Flowchart method: Intuitively displays the program execution path.

Flowchart Method

② Logical tree approach: This method allows for more intuitive debugging and editing of the detection process (with excellent support for touchscreens).

Logic Tree

Intelligent algorithms

Equipped with numerous (over 10 categories and 100+) accurate, high-precision algorithms uniquely developed by McamVision, including various detection algorithms such as appearance inspection, geometric detection, and character recognition.

Defect

Currently, defect detection systems are widely used for inspecting metal surfaces, glass surfaces, paper surfaces, and the surfaces of electronic components, among others.

Label physical image

Camera image

Algorithmic Image

Original Image - Card

Image Acquisition - Defect

Localized Defect Map

Contour Defect

This tool identifies edge mutation areas as defects by extracting edge contours, and supports detection regions such as rectangles, circles, and ovals.

Relay housing physical diagram

Camera image

Algorithmic Image

Solar panel edge breakage

Brightness uniformity, grayscale enhancement

This algorithm module manipulates the grayscale values within pixels, making it easier to enhance the dynamic range of grayscale values during image processing.

Light Board Inspection

Physical image of the light board

Camera image

Algorithmic Image

Feature Extraction

Through the feature extraction function, the detected objects can undergo blob analysis to obtain parameters such as count, area size, circularity, angle, radius, and convexity.

Light Board Inspection

Physical image of the LED beads

Camera image

Algorithmic Image

Geometric Transformation

It includes algorithms such as affine transformation, polar coordinate transformation, distortion correction, robotic arm control, image scaling, rotation, cropping, and more—enabling tasks like converting coordinate systems, controlling robotic arms, and correcting distorted images.

Distortion Correction

Grayscale Morphology

Grayscale morphology is the natural extension of binary morphology into grayscale space, primarily used for segmenting, connecting, or highlighting specific targets.

Capacitor physical diagram

Camera image

Algorithmic Image

1. Since the products are packed very closely together and cannot be counted individually, the first step is to use the grayscale morphological erosion function to separate them.

2. Use blob analysis to extract the target and obtain the total number of products.

Use the spot filter function to extract the long screws.

Surveying

It features widely used measurement modules in the industry, such as angle measurement, point-to-point distance, and line-to-line distance. Among these, the measurement spacing module is fully capable of handling the demands of the connector industry with complete openness—users can first calculate the intersection points of each pair of lines to generate two points, thereby determining the desired geometric line.

Phone case

Thread Measurement

Circle measurement, angle measurement

Positioning

Contour Matching

When the target location changes, contour matching can quickly locate the target’s position and orientation. Even under varying lighting conditions and partial occlusions, it can still accurately detect the target.

Read

It features functions such as barcode, QR code, and OCR reading. In the printing industry, characters often suffer from issues like missing ink, streaking, and damage—but the MacmaVision character and barcode reading inspection system can effectively eliminate interference, ensuring accurate character recognition.

Character Reading

Read the code

Polar Coordinate Transformation

It includes algorithms such as affine transformation, polar coordinate transformation, distortion correction, robotic arm control, image scaling, rotation, cropping, and more—enabling tasks like converting coordinate systems, controlling robotic arms, and correcting distorted images.

Logic

Featuring a custom scripting feature, it offers comprehensive application coverage for a wide range of algorithms across various industries. It enables the creation of repetitive loop detection, data parsing, string manipulation, and more.

Custom Algorithm

The custom calculation feature is widely used and plays a crucial role in handling complex projects.

Conditional Branch

Just like with custom calculations, you manually enter a judgment condition, click the "Parse" button, and the system automatically identifies the unknown variables within the "condition." Then, you can easily define the relationships for the "new" variable—making it both convenient to use and powerfully functional.

Loop functionality, data parsing, string construction

Multiple Logic Control

By coordinating the camera with external I/O, it’s possible to set up a single camera capable of handling multiple detection logics. The camera selects and executes different inspection tasks based on the status of the external I/O signals.

Multi-camera collaboration

Using the camera-to-camera message-sending and receiving feature, results from one camera are transmitted to another. After the host receives the information, it performs further processing and communicates with external devices.

Stay on high alert

By configuring the module, the camera can capture multiple images with different exposure times and gain settings, triggered via network or serial port events.