New Product Launch | Next-Generation Laser Marking Control System Solution

01 Background

The year 2024 is shaping up to be a challenging one for the laser marking industry. With the rapid development of Industry 4.0 and smart manufacturing, the industry faces mounting pressure to transition toward greater intelligence and digitalization.

At this critical juncture, Ruidar Technology has independently developed a next-generation laser marking control system solution — RDM6020V. Featuring exceptional performance, efficient operation, and intelligent design, this innovative system offers a groundbreaking solution to meet the diverse marking needs across various industries. It empowers businesses to enhance production efficiency and maximize product value.

02 Application

Conventional laser marking machines require the development of fixtures for workpiece positioning during the production process. If the fixtures used are not reasonable, misalignment may occur, directly affecting the overall marking quality of the workpieces.

During the marking process, conventional laser marking machines need to import files into the PC software system before processing, which reduces flexibility and impacts the production efficiency of the entire line.

The operating system of desktop machines requires a high level of skill and knowledge from operators and maintenance personnel. This could be a high cost that small businesses or individual craftsmen may not be able to bear.

With the popularization of laser marking technology and the expansion of its application fields, market demand is becoming increasingly segmented and diversified.

03 Advantages of Ruida Technology Solutions

Standalone Operation

Greatly enhances the flexibility and convenience of marking operations.

No Computer Connection Required: The system features offline file generation and download capabilities, supporting USB reading. This eliminates the need for an additional computer or other auxiliary equipment, making on-site operations simpler and more efficient, while also reducing hardware investment costs.

Touchscreen Control: The system is equipped with a five-inch HMI touchscreen for offline file processing control, supporting functions such as parameter settings, motor motion control, IP settings, motor focusing, and red light previewing.

Visual Marking

Various camera types available to meet diverse needs.

Desktop-Level Applications: Equipped with canvas functionality and positioning processing, the system uses image capture to correspond with the galvo scope, assisting in positioning during the processing phase to meet the marking requirements of consumer products.

Industrial Site Applications: Designed for high-precision visual positioning in industrial-grade laser marking applications, the system's parameter settings and related processing algorithms meet industrial marking standards. It is equipped with high-precision visual support to ensure that each marking is accurate and error-free.

PC Software

A brand-new software interface with a simplified operating process.

The software mainly consists of five modules: Menu, Drawing, Control, Camera, and Vision. With visual assistance, it can be applied to various scenarios for visual positioning processing, suitable for high-precision positioning and quick localization.

APP Marking

Quick marking, supporting DIY creative needs.

Data Creation: The app supports switching between marking and engraving, allowing for bitmap and vector data editing and DIY creation. It includes a graphic library, QR code generation, text, and image processing features.

Processing Control: The app establishes stable communication with the board via wireless network, supporting device parameter reading and modification. It enables control of processing files through the app, achieving instant marking. This meets the demands for rapid prototyping and personalized customization while lowering the operational threshold, making it easy for non-professional users to get started.

IoT Connectivity

Data Dashboard, Intelligent Operation and Maintenance

Supports cloud connectivity, enabling information exchange and analysis with various application platforms. This allows for real-time monitoring of device dynamics and needs, facilitating a quicker understanding of user application requirements. Through intelligent management, it provides a solid foundation for subsequent data analysis and management decision-making.

04 Open-Source Laser Galvo Control System

05 Application

Single Batch Processing: For standardized and singular products like hardware labels, logos, and nameplates, the system can quickly and accurately fulfill large batch orders.

Automated Production Lines: Automated production lines paired with a precise visual marking system meet the high-precision marking requirements in electronics fields such as mobile phones and automobiles.

Personalized Custom Processing: Custom processing for items like watches, bracelets, necklaces, rings, and crafts caters to consumers' desire for personalization.

DIY Creative Culture: In the context of experience-driven commercial environments, the demand for DIY creative culture is rising. The system's ease of use supports DIY creation for items like home decor, travel souvenirs, cultural gifts, and office supplies, including functions like app marking and engraving.