Venox FL Series Integrated Fiber Laser Marking Module
The Venox FL Series is a compact and modular fiber laser marking module developed for machine manufacturers and automation integrators. This content has been prepared based on system integration, PLC/MES data flow, trigger architecture, mechanical integration dimensions, and long-term stability criteria. The goal is not to introduce a standalone laser station, but to provide a marking infrastructure that can be embedded into the production line.
Integrated Laser Module and Automation Compatibility
1) What problem does the FL Series solve?
For machine manufacturers and companies designing custom lines, the biggest challenge is integrating the marking system into the existing mechanical design. Standard cabinet-type systems do not fit every project. Thanks to its compact design, the FL Series can be embedded into the production cell and can work together with robotic systems.
2) Who is it ideal for?
- Machine manufacturers
- Automation integrators
- Robotic cell designers
- Companies building custom production lines
- OEM manufacturers
3) Which applications is it suitable for?
It can be used for serial number, DataMatrix, QR code, and technical marking applications. It meets automatic marking requirements for parts positioned by robotic arms or on conveyor lines.
4) Technical architecture
With its fiber laser (1064 nm) infrastructure, it offers power options from 20W to 50W. The laser source and control unit are designed as a compact module. This structure facilitates mechanical integration.
5) Integration capability
It can operate with PLC digital input/output, TCP/IP data transfer, and optional encoder support. Variable data coming from ERP/MES systems can be processed automatically.
6) Technical features
- Laser type: Fiber
- Power range: 20W – 50W
- Compact module design
- PLC and TCP/IP integration
- Robotic cell compatibility
- Optional protective cabinet
7) Decision-making block: Why the FL Series?
For machine manufacturers, a modular structure is critically important. The FL Series offers ease of integration and stable performance. Thanks to the advantage of local manufacturing, project-based technical support is provided.
8) Configuration recommendations
- Compact robotic cell: 20W + small field lens
- High-speed conveyor line: 30W + encoder
- More intensive marking: 50W + optimized scanning
9) Operational scenario
The robotic arm positions the part. The PLC sends the trigger signal. The laser performs the marking, and the process complete signal is transmitted back.
10) Real application example
In a DataMatrix marking application on a metal part in an automation line, a stable and readable result is achieved with the 30W configuration.
Technical FAQ and Purchasing Criteria
1) Is robot integration possible?
Yes, it is possible with digital triggering and data integration.
2) Is encoder support available?
It is optional for synchronized marking on moving products.
3) How is the power selection made?
It is determined according to the material and cycle time.
4) Can CE compliance be ensured?
Project-based safety configuration is carried out.
5) Is MES integration possible?
Data exchange can be provided via TCP/IP.
6) Is a cabinet version available?
A cabinet can be added optionally.
7) Can it be used in small spaces?
It is suitable thanks to its compact design.
8) What is the maintenance requirement?
Periodic optical inspection is recommended.
9) Is it suitable for 24/7 operation?
It is suitable thanks to its industrial design.
10) Is there a sample testing process?
Yes, testing and reporting are provided within 24–48 hours.
