Products & Solutions

Camera for Welding

Camera for Welding

The ViEye is used in the industrial intelligent welding field and serves as the visual input for welding systems. Before welding, the ViEye, together with specialized software, can perform operations such as workpiece scanning, weld seam extraction, and weld seam planning. During welding, the ViEye can switch to a dynamic camera and perform weld seam tracking, achieving a dynamic and static integration. After the welding action is completed, the ViEye can serve as a detection tool and, together with the welding system, perform functions such as weld seam flatness inspection and dimensional deviation inspection.

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Camera for Grasping

Camera for Grasping

The ViEye is used in industrial intelligent unloading and loading scenarios, serving as the visual input for the work system. It is powerful and features high precision, resistance to strong light, and a small size, making it an indispensable assistant for object positioning and grasping. It can perform functions such as item scanning, item positioning, size detection, and pose recognition. With the help of ViEye, users can easily complete path planning operations and perform workpiece grasping and item sorting actions according to the predetermined procedures.

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MH Platform

MH Platform

The 3D Vision Intelligent Welding Application Platform is powered by a high-performance, high-precision ViEye camera. It features workpiece template import and matching, intelligent recognition of linear, curved, and groove weld seams, multi-view panoramic fusion, intelligent weld path planning, and customizable welding process libraries. It enables welding robots to perform fully automated intelligent welding with a single click.

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FH Platform

FH Platform

The 3D Vision Intelligent Grasping Application Platform is built on a highly modular system architecture, with 3D stereo vision technology at its core. It provides visualized packaging and presentation of functional and algorithm modules such as image perception, image cognition, 3D modeling, positioning and guidance, pose estimation, hand–eye calibration, interface integration, and signal triggering. Users can flexibly call required modules from the built-in algorithm library based on their needs and independently complete tasks using the integrated Vizum’s camera system.

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News

Vizum’s Next-Generation Smart Logistics Vision System Powers a Smooth Double 11: Billions of Parcels Delivered Without Delays

As China’s 2020 “Double 11” shopping festival wrapped up, e-commerce platforms reported a record-breaking surge in order volumes. On November 11 alone, billions of parcels were processed and delivered. JD Logistics, for instance, saw year-on-year growth across multiple business segments during the festival period: open-platform order volumes rose by 102%, individual parcel shipments surged by

Vizum Launches Logistics Smart Vision System, Ushering in Logistics 2.0

As the era of large-scale logistics continues to expand, the global volume of parcels and express shipments is soaring. In this context, the industry demands a new generation of logistics measurement solutions—high in precision, fast in operation, easy to deploy, and adaptable across diverse environments. However, current mainstream products fall short of these evolving requirements.

Vizum Unveils Full-Scale 3D Modeling System for Large Objects, Enabling Real-Time Reconstruction of a Vivid World

As the intelligent era accelerates, technologies once considered niche are rapidly becoming mainstream. Among them, 3D modeling has emerged as a critical pillar of smart technology, drawing increasing attention. Alongside this interest, market expectations for 3D scanning systems—particularly in terms of accuracy, speed, and adaptability—are rising sharply. One persistent challenge in the field is the

Vizum and China Unicom Research Institute Establish Joint Lab to Build a “5G + AI + Machine Vision” Industrial Ecosystem

Beijing Vizum Technology Co., Ltd. (hereinafter “Vizum”) has signed a strategic agreement with the China Unicom Research Institute to establish a joint laboratory dedicated to 5G, AI, and machine vision. The collaboration aims to create a comprehensive, long-term, and stable partnership that will drive the rapid development of AI-powered machine vision in the 5G era and