Robot Integration Technology for Laser Marking
Introduction
In automotive manufacturing, permanent identification marks such as the Vehicle Identification Number (VIN) must be applied to body-in-white structures with absolute consistency and durability. As production lines move toward higher automation, the method of applying these marks has shifted from manual or semi-automatic stations to fully integrated robotic cells. Robot integration technology for laser marking addresses the need to combine the reach and flexibility of industrial robots with the precision and depth control of laser marking systems. This article examines how robot-mounted laser marking works, what system features support reliable integration, and where this technology fits within automotive and industrial production environments.
Product Overview
The KINMARK Deep Laser Marking Machine is a marking and traceability solution designed for deep VIN marking on high-strength materials. It is built to apply permanent marks on high-strength steel plates with yield strength exceeding 700 MPa and hot-formed steel plates with strength up to 1500 MPa. On body-in-white, the marking depth can reach more than 0.2 mm.
The system is not limited to standalone operation. It is engineered with various mounting interfaces that allow quick integration with industrial robots or assisted manipulators, making it suitable for automated production lines. This integration capability is central to the product's role in modern automotive assembly and traceability workflows.
Working Principle
Robot integration technology for laser marking combines a laser marking head with a robotic positioning system. The robot positions the marking head relative to the workpiece, and the laser applies a deep mark according to the programmed pattern. The KINMARK system uses a special marking process that ensures clear rubbing results after painting, which is important for VIN readability throughout the vehicle's life.
The marking depth on body-in-white can reach more than 0.2 mm, providing a permanent mark that withstands subsequent painting and assembly processes. For applications requiring precise positioning, an optional 3D vision guidance system can be added. This system enables precise positioning and accurate marking, which improves production efficiency in automated cells.
For quality control, the system can be equipped with an optional 3D laser scanning measurement and OCR recognition system. This provides online inspection of marking quality and ensures 100% traceability. The combination of robot motion, laser marking, and optional vision or scanning modules forms a closed-loop process suitable for high-volume production.
Key Features
Deep VIN Marking: Enables permanent VIN deep marking on high-strength steel plates with yield strength exceeding 700 MPa and hot-formed steel plates with strength up to 1500 MPa. Marking depth on body-in-white can reach more than 0.2 mm.
Easy Integration: Designed with various mounting interfaces for quick integration with industrial robots or assisted manipulators for automated production lines.
Easy Rubbing: Adopts a special marking process to ensure clear rubbing results after painting.
Vision Guidance (Optional): Optional 3D vision guidance system enables precise positioning and accurate marking to improve production efficiency.
Automatic Traceability (Optional): Optional 3D laser scanning measurement and OCR recognition systems provide online inspection of marking quality and ensure 100% traceability.
Technical Specifications
| Power Supply | AC220V ±10%, 50Hz ±2% |
| Power Consumption | <1000W |
| Laser Power | 200W |
| Marking Area | 112mm × 112mm |
| Marking Depth | ≥0.2mm |
| Operating Temperature | 0~40℃ |
| Operating Humidity | ≤90% RH (Non-condensing) |
Applications
Robot integration technology for laser marking is primarily applied in automotive manufacturing environments where permanent identification and traceability are required. The KINMARK Deep Laser Marking Machine is suitable for marking VINs on body-in-white and other high-strength steel components. It supports applications in automotive manufacturing, automotive components, new energy vehicles, powertrain manufacturing, and intelligent factory automation.
The system's ability to integrate with robots and manipulators makes it appropriate for automated production lines where consistent marking depth and position are critical. The optional vision guidance and traceability modules further extend its use to quality inspection and data collection within the production flow.
Benefits
Improved traceability: Optional 3D laser scanning and OCR recognition provide online inspection and support 100% traceability.
Better process consistency: Deep marking with controlled depth ensures clear rubbing after painting and durable VIN marks.
Production integration: Various mounting interfaces allow quick integration with robots or assisted manipulators.
Automation support: Optional 3D vision guidance enables precise positioning and accurate marking in automated cells.
Quality management: The system supports online inspection of marking quality, helping to maintain production standards.
Why Choose KINMARK
KINMARK is a manufacturer of marking and traceability systems, servo press systems, fluid filling systems, and robot automation systems. The company has been involved in automotive intelligent automation equipment since 1996 and has established long-term cooperation with automotive manufacturers and suppliers. Its Deep Laser Marking Machine is designed specifically for deep VIN marking on high-strength materials and supports integration with robotic systems.
The company provides a 12-month warranty on the complete machine, along with professional technical support and long-term maintenance service. Fast response service includes efficient after-sales support, remote diagnosis, and technical assistance. Installation and commissioning services are available, including equipment installation, commissioning, and operator training to help customers start production smoothly.
Frequently Asked Questions
What materials can the Deep Laser Marking Machine mark?
The system can mark high-strength steel plates with yield strength exceeding 700 MPa and hot-formed steel plates with strength up to 1500 MPa. It is designed for deep VIN marking on body-in-white and similar components.
How does robot integration work with the laser marking system?
The marking head is designed with various mounting interfaces that allow quick integration with industrial robots or assisted manipulators. The robot positions the marking head, and the laser applies the mark according to the programmed pattern.
Is vision guidance required for robot integrated marking?
Vision guidance is optional. An optional 3D vision guidance system can be added to enable precise positioning and accurate marking, which can improve production efficiency in automated cells.
How is marking quality verified?
An optional 3D laser scanning measurement and OCR recognition system provides online inspection of marking quality and ensures 100% traceability.
What is the marking depth on body-in-white?
The marking depth on body-in-white can reach more than 0.2 mm, providing a permanent mark that remains clear after painting.
Conclusion
Robot integration technology for laser marking enables automotive manufacturers to apply permanent VIN marks with precision and consistency on high-strength materials. The KINMARK Deep Laser Marking Machine supports this integration through its mounting interfaces, deep marking capability, and optional vision and traceability modules. By combining robotic positioning with deep laser marking, production lines can achieve reliable identification and traceability that meet the demands of modern automotive manufacturing.
If you're interested in any of the equipment mentioned in this article, feel free to contact our sales engineers for detailed product information and customized technical solutions.