Supports mouse-guided video programming, full-product puzzle graphics editing, and direct import of DXF format trajectories.
Industrial cameras capture mark points to automatically adjust dispensing deviations, with single/dual/multiple mark, patrol, and master/slave trajectory correction algorithms.
Laser sensors detect product warpage to auto-adjust Z-axis height, supporting economical and 3D laser sensors to eliminate scratching and offset issues.
Multi-sensor integration (electronic balance, temperature/pressure control, camera, 3D laser) enables glue self-correction, 2D/3D/deep learning defect detection, and path correction to ensure 100% dispensing quality.
Massive database stores machine status for data collection, binds inspection images/results to product SNs, and enables real-time MES communication for full production traceability.
Supports mid-air arcs, points, lines, surfaces, arcs, circles, irregular curves, and multi-axis linkage for complex dispensing tasks.
Based on the laser triangulation method, the 3D laser line sensor emits a laser to scan objects, generating 3D point clouds with sub-millimeter precision. It is used in industrial inspection and 3D modeling.
As a core component of industrial automation, it precisely controls motor operation via electrical signals, supporting multi-axis linkage and trajectory planning to ensure motion accuracy and stability. It adapts to machine tools and robotics.
Designed for industrial vision, it offers high resolution and low distortion to capture precise images, adapting to high-speed, high-precision inspection scenarios to boost imaging quality and system performance.
Provides stable illumination for industrial vision systems, highlighting object features through varied spectra and angles to enhance image contrast and detection accuracy, ideal for defect identification.
A key industrial component that senses material weight, outputs signals based on weight changes, and automatically adjusts valve opening. It ensures precise material dosing in chemical, food, and pharmaceutical industries.
Visionk includes 13 modules (acquisition, positioning, measurement, recognition, operation, image processing, color processing, defect detection, logic tools, MES upload, etc.) and supports 242 vision operators, covering most application scenarios on the market.
Visionk uses a graphical drag-and-drop process programming method, which is easy to learn and use, with low maintenance and modification costs.
Supports 6-axis rotation, single/dual stations, assembly line guides, and robotic loading/unloading, enabling quick automation integration.
Supports simultaneous operation of multiple processes, displays success/failure status, and saves output images.
Visionk employs parallel processing of motion actions and image analysis, significantly reducing overall cycle time (CT).
With powerful data analysis and storage capabilities, Visionk easily handles MES data upload and analysis requirements.
A 2D camera captures 2D planar images through a lens, converting light signals into electrical signals and outputting digital image data. It is widely used in machine vision, security monitoring, and robotics vision applications.
An industrial control computer designed for harsh industrial environments. It features a bus architecture with integrated core components, supporting specific systems, networks, and protocols to reliably detect and control production processes and electromechanical equipment in industrial automation.
Industrial camera lenses are engineered for machine vision, offering high resolution and low distortion to capture precise images. They adapt to high-speed, high-precision inspection scenarios, enhancing imaging quality and system performance.
Industrial light sources provide stable illumination for machine vision systems, highlighting object features through varied spectra and angles to boost image contrast and detection accuracy, widely used in defect identification.
A core component of industrial automation, it precisely controls motor operation via electrical signals, supporting multi-axis linkage and trajectory planning to ensure motion accuracy and stability. It adapts to machine tools and robotics.
Designed for harsh industrial environments, this cable uses high-flex materials to resist bending and stretching. It ensures stable data transmission with strong anti-interference capabilities, featuring an RJ45 interface for industrial camera data transfer in automated production lines.
Engineered for industrial camera power supply, this high-flex cable withstands millions of bending cycles and operates at 9–24V, guaranteeing stable power delivery for automated production lines.
Factory automation lenses tailored for industrial scenarios. With a large aperture and low light requirements, they deliver high-resolution, high-contrast imaging to capture fine details, widely used in production monitoring and robotic operations.
Provides stable power for cameras, with precise voltage/current conversion to adapt to various models. Its superior anti-interference performance minimizes noise, ensuring reliable camera operation and stable imaging.
Used for communication between industrial light sources and control systems, supporting RS232/485 protocols. It enables precise adjustment of brightness and frequency, with strong anti-interference for stable machine vision system operation.
Utilizes a semi-transparent reflective optical design to direct light along the lens axis onto the target, creating uniform, high-brightness illumination. It highlights fine details on flat surfaces, ideal for inspecting mirrors and metal components.
Used to regulate the output of industrial light sources, it can precisely adjust parameters such as brightness, strobing, and color temperature. It supports serial and network communication, adapts to different inspection scenarios, ensures stable operation of the light source, and improves the accuracy of vision systems.
A hardware encryption device that connects to equipment via a USB interface. Its built-in chip stores encryption keys, preventing unauthorized software replication and ensuring data security. It is widely used in industrial software and design systems.
Extract image features through convolution.
Compress information through pooling.
Supports 6-axis rotation, single/dual stations, assembly line guides, and robotic loading/unloading for seamless automation. Enables simultaneous multi-process operation, displaying success/failure status and saving output images for traceability.
Detects stringing defects with deep learning, enabling precise identification of such issues.
Unlike traditional 3-axis machining, which only allows linear movement, 5-axis linkage enables more complex trajectory motion through multi-axis coordination. This is used for machining complex workpieces, reducing clamping times, lowering time costs, and improving production efficiency.
3D vision dispensing integrates advanced 3D vision technology with precision dispensing control, a core technology for improving dispensing accuracy and efficiency. This function quickly scans the workpiece surface via 3D vision sensors to obtain high-precision 3D model data, accurately identifying the spatial position and surface morphology of complex curved and irregular workpieces.
The 3D glue path inspection function uses a 3D line scan camera to capture 3D point clouds, detecting whether the glue path height, width, and other parameters meet specifications.
The asynchronous dual valve function allows two sets of valves in a dispensing machine to operate independently and asynchronously, improving production efficiency and flexibility. Unlike traditional single-valve dispensing, this technology enables simultaneous, non-interfering dispensing tasks on one device. It is ideal for complex workflows, especially when multiple dispensing points or different materials are processed on the same production line.
Before calibration, ensure all axes are homed; reset if necessary.
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