Vcore Robot Co., Ltd.-AI Vision Guided Spray Robot Manufacturer for Intelligent Robotic Painting Automation

Vcore Robot Co., Ltd.

VCORE is committed to the development philosophy of “Innovation, Practicality, and Continuous Improvement,” focusing on the research, development, and application of intelligent control technologies. Through its core brand, VCORE, the company delivers advanced automation solutions for industrial spraying and robotic welding applications. By collaborating with leading Chinese robotics manufacturers, including CROBOT and EFORT, VCORE is building an integrated automation ecosystem for intelligent coating and welding solutions, helping manufacturers transition toward smarter, more efficient production.

3D Vision Guided Spray Robot with Intelligent Visual Control

VCORE 3D vision guided spray robot uses AI recognition, real-time tracking, automatic measurement, and intelligent visual control to deliver precise robotic painting for complex industrial coating applications.
Conveyor Synchronized Robotic Spraying System

VCORE conveyor synchronized spray robot integrates with automated production lines to match conveyor speed and workpiece position, delivering precise robotic painting for high-speed manufacturing.
3D Reverse Modeling Technology Welding Robot

Teach-free welding robot with 3D vision, automatic weld path generation, and real-time laser seam tracking for shipbuilding, steel structures, and flexible production.
Automatic Spray Path Planning Robot

VCORE automatic spray path planning robot generates optimized coating trajectories using 3D vision technology, eliminating manual programming and enabling faster robotic painting deployment.
Mobile Following Spray Robot

VCORE mobile following spray robot tracks moving workpieces in real time and performs synchronized robotic painting on continuous production lines, improving coating efficiency and automation flexibility.
One-Click Spray Mode Switching System

VCORE flexible robotic painting system supports one-click switching between full spray, touch-up spray, and customized coating modes, improving production flexibility and reducing paint waste.
Adaptive Deflection Compensation Spray Robot

VCORE adaptive spray robot automatically detects workpiece movement, swinging, and position deviation, adjusting spray trajectory in real time to maintain consistent coating quality.
High-Efficiency Synchronized Spray Robot for Automated Production Lines

VCORE synchronized spray robot integrates conveyor tracking, chain rail control, and intelligent vision technology to achieve high-speed automated coating with real-time synchronization, dynamic tracking, and reduced labor requirements.
Adaptive Spray Robot for Mixed-Shape Workpieces

VCORE adaptive spray robot automatically recognizes different workpiece shapes and sizes, enabling flexible robotic painting for mixed production lines, cabinets, panels, and complex industrial components.

VCORE: The Secret Behind Enabling Spray Painting Robots to “Spray at a Glance”

Discover how VCORE's 3D vision and autonomous path planning help spray painting robots recognize workpieces and automatically generate spraying paths

07-12

2026
VCORE: From Copying to Imitating to Understanding — The Evolution of Spray Painting Robots

Explore how spray painting robots evolved from programmed and teach-and-repeat systems to VCORE's 3D vision technology with adaptive path planning.

04-25

2026
VCORE Helps Furniture Manufacturer Reduce Robotic Painting Defect Rate by 80%

See how VCORE's 3D vision spray painting robot helped a furniture manufacturer reduce cabinet door-panel defects by approximately 80% and improve production efficiency.

02-15

2026
VCORE Full Automation: The Path to a Major Improvement in Coating Quality, from 80% To 95% Yield Rate

Discover how VCORE combines 3D vision, automatic spray-path planning, and intelligent process control to improve coating quality and robotic spraying consistency.

12-19

2025

VR-RH14-06-Welding System

VCORE high-speed industrial welding robots combine advanced motion control, 3D vision reverse modeling, laser seam tracking, and flexible integration for intelligent robotic welding automation.

VR-RA21-10 Coating Robot

VCORE compact industrial spray robot features lightweight design, high-speed motion control, IP67 protection, and flexible integration for liquid painting, powder coating, and automated coating applications.

VR-RH18-06-Welding System

VCORE high-speed welding robot features compact design, advanced motion control, hollow wrist structure, and compatibility with 3D vision no-teach welding and laser seam tracking systems for flexible industrial automation.

VR-12-2100 Coating Robot

VCORE 12kg industrial spray robot with 2,051mm reach, 3D vision recognition, automatic spray path planning, and adaptive coating technology.

VR-RH21-06-Welding System

VCORE intelligent welding robots combine high-speed motion control, 3D vision reverse modeling, automatic weld path generation, and laser seam tracking for flexible industrial welding automation.

2018

Initial Founding Stage: Initially focusing on the manufacturing of basic supporting equipment for spraying and welding, accumulating production process and market service experience, and laying a solid foundation for enterprise development.

2019

Technological Breakthrough Period: We have devoted ourselves to independently researching core control technologies for spray painting and welding robots, breaking the overseas technological monopoly. We have been awarded the status of a national high-tech enterprise, achieving self-reliance and controllability of core technologies.

2021

Scale expansion period: Launch mass production of spray painting and welding robots, implement one-stop turnkey engineering services, expand the market nationwide, and steadily increase the domestic industry share.

2022

Intelligent Upgrade Stage: Integrate visual intelligence and digital technology to create unmanned spraying and welding intelligent production lines, promote green and low-carbon smart manufacturing, and assist customers in improving quality, efficiency, and environmental compliance.

2024

Brand Leadership Period: Transform into a dual-track intelligent and smart manufacturing integrated service provider, deeply cultivate the high-end manufacturing field, build a national brand of domestic industrial robots, and empower the high-quality development of Chinese manufacturing.

VCORE Intelligent No-Teach Robotic Welding System

VCORE's no-teach welding robot combines 3D vision reverse modeling and real-time laser weld seam tracking for flexible welding of steel structures, ship components, and complex workpieces.

Automatic Multi-Workpiece Welding Robot with 3D Vision Reverse Modeling

VCORE automatic welding robot uses 3D reverse modeling and laser seam tracking technology to weld multiple non-standard workpieces without programming or teaching, improving flexible production efficiency.

Vision Guided Robotic Spraying for Flat Workpieces

Explore how VCORE vision guided spray robots automate flat workpiece coating with adaptive recognition, automatic spray height adjustment, and segmented spraying technology for superior surface quality.

Vision Guided Robotic Spraying for Irregular Workpieces

Discover how VCORE 3D vision spray robots automate coating for irregular workpieces with adaptive spraying, automatic path planning, and flexible mixed-production capabilities.

Vision Guided Robotic Spraying for Machine Covers & Mechanical Enclosures

Discover how VCORE vision guided spray robots automate machine cover and enclosure coating with 3D recognition, automatic path planning, and synchronized spraying for flexible production lines.

Vision Guided Robotic Spraying for Frame-Type Workpieces

Learn how VCORE vision guided spray robots automate frame workpiece coating with 3D recognition, adaptive spraying, and automatic path planning for flexible metal fabrication production.

Vision Guided Robotic Spraying for H Beam, I Beam & Pipe Workpieces

Discover how VCORE vision guided spray robots automate H beam, I beam, and pipe coating with deflection compensation, dynamic tracking, and synchronized spraying for high-efficiency production lines.

Vision Guided Robotic Spraying for Box & Cabinet Workpieces

For box-type workpieces with regular structure but complex details (including sheet metal seams, mounting holes, internal cavities, etc.), this system

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