Easy to Get Started
A drag-and-drop visual task-building environment—with just basic computer skills, you can easily master the use of this visual tool.
Visual Algorithm Toolkit
InsWorks VDE is a traditional machine vision algorithm library that integrates a rich set of 2D, 3D, and AI tools. Through graphical drag-and-drop interaction and low-code tools, it quickly completes typical industrial vision tasks such as positioning, measurement, inspection, recognition, and guidance.
Software Highlights
A drag-and-drop visual task-building environment—with just basic computer skills, you can easily master the use of this visual tool.
By utilizing nestable tool blocks, we simplify complex tasks and flexibly address a wide range of machine vision application scenarios.
A library of image algorithms with outstanding performance across 2D, 3D, and AI, capable of handling a wide range of inspection tasks.
Provides a comprehensive set of visual tool interfaces and graphical controls, along with an open API, supporting multi-language programming in C# and Python.
Upgraded from V1.0 to V2.0, with comprehensive optimization of key performance metrics
built-in 140+ Algorithm tools covering 2D, 3D, and AI modules to meet the needs of multiple scenarios.
APPLICATION CASES

Identifies micro-screw holes and outputs physical coordinates, providing stable guidance for robotic pick-and-place operations and precision assembly.

Combines high-resolution imaging, edge localization, and AI instance segmentation to detect surface defects on solar panels.

Detects the position, spacing, area, and angle of sponge strips to ensure consistency in mask assembly.

Uses structured-light RangeImage data and cross-section tools to perform 3D measurements of display assembly gaps.

Combines hand-eye calibration with wire-coil and carton localization to calculate robotic pick-and-pack coordinates.

By integrating multi-camera calibration with 3D point cloud stitching, the system measures the dimensions, position, and contour of the module.

Identifies missing solder on PCB pads using a good-part model, PMAlign, and Blob-based rules.