laser marking controller, laser marking control system, laser marking control card, laser marking card, laser marking software, QR code marking card, PCB/diamond marking card, 3D surface marking card, flying marking card, ceramic marking card, metal marki

Parameter

Software

QLMark Marking software

QLMark software English Ver.png

Advantage

Technical Module	Innovation Design Highlights
All in One	QLM-241 features a built-in LINUX operating system, eliminating the need for a computer and reducing costs
Fly Marking	Enables dynamic processing during motion, improving marking efficiency
Infinite working range	Combines platform and galvanometer coordination for seamless processing without splicing marks, offering unrestricted machining area
Universal Control	Supports CO₂ lasers, fiber lasers, and solid-state lasers
Control Features	Compatible with vector and bitmap processing, synchronized laser scanning output, and repeatable precision machining
Visual Position	Utilizes visual positioning for accurate processing and automatic galvanometer calibration
Secondary Development	Allows customization and provides SDK and tailored solutions for industry-specific needs

Hardware

Network Marking control card

QLS-221/221(FLY)/221(3D) QLM-241

Category	Description
Operating System	QLM-241 marking card features a built-in Linux OS, eliminating the need for an external computer and reducing costs.
Control Features	• Supports XYZ-100 data transmission protocol • 16-bit resolution galvanometer control signal • Vector/Bitmap processing capability • Synchronized laser and scanning system output
Computational Performance	• Equipped with high-performance digital processing unit • Ultra-short servo cycle, adaptable for high-speed and high-precision control
Communication Capabilities	• Dual 1000M Ethernet interface design (EtherNET), driver-free • Independent operation architecture, resistant to industrial computer failures
Core Strengths	• Cost-effective: No computer required, reduces equipment investment • Precision Assurance: High-precision multi-core CPU computing optimizes cutting/marking results • Efficient Production: Automation mode quickly completes various tasks • Easy Operation: Simply upload files and select mode for automatic execution • Stability: Reliable control system ensures long-term operation • Low Maintenance: Long-life components with automatic maintenance functions reduce operating costs
Hardware Interfaces	• Two-channel encoder input + two-axis pulse/direction output • Z-axis: 16-bit resolution ±10V DAC analog output, supports XYZ-100 protocol expansion • 8-input/8-output I/O ports for quick integration with automated marking equipment
Application	QR code anti-counterfeiting, PCB/diamond marking, 3D surface/on-the-fly marking, 3D printing, CO₂ laser applications, fiber laser applications, solid-state laser applications, and other laser marking uses.

About Us

Shenzhen SuperFar Intelligent Control Technology Co., Ltd

Step by step, the miles are gained; Floor by floor, the view's obtained.

SuperFar located in Shenzhen, has a core competitive technical team dedicated to the development and sales of high-end motion controllers, mirror systems, servo drives, robot control systems, and customized software systems.

After years of dedicated research and development and customer use, continuous testing and improvement, the independently developed high-end motion controller and supporting control software have won full recognition and affirmation from customers with stable performance, fast speed, high precision, strong functionality, and convenient use, greatly enhancing the competitiveness of customer equipment in terms of performance price ratio. SuperFar has steadily moved towards becoming the first high-tech company in China to develop high-end multi-dimensional motion controllers.

SuperFar's series of products are widely used in industrial control fields such as laser processing equipment (marking, cutting, welding, drilling, surface modification, 3D printing, etc.), electronic industry application equipment (processing, testing), production automation equipment, CNC machine tools, printing machinery, special machine tools, robots, packaging machinery, clothing processing machinery, etc.

SuperFar continues to invest in research and development, and new series of products will be continuously introduced to the market to enhance customer competitiveness and work together with customers to create brilliance.

Certificate

Customer

Exhibition

After sale service

1. 7*24 hours online support

2. Professional after sales team support and guide

3. Powerful R&D team capable of ODM/OEM service and secondary development requirements

测试实验室展示.png

FAQ

Q: Can the software support secondary development?
A: We provide SDK packages to facilitate customer secondary development.

Q: What is the product warranty period?
A: Boards come with a one-year warranty, including free repair services.

Q: Can you provide on-site installation and debugging?
A: Our dedicated after-sales team assists with on-site installation and debugging.

Q: What are the main applications of this laser marking system?
A: The QLMark laser marking system is widely use with QR code anti-counterfeiting, PCB/diamond marking, 3D surface/on-the-fly marking, 3D printing, CO₂ laser applications, fiber laser applications, solid-state laser applications, and other laser marking usage.