Custom Workstations for Custom Laser Solutions
Truly custom laser solutions cannot be realized with standard, off-the-shelf workstations. According to the Fibeer SX philosophy, every technological challenge is different—therefore, each of our workstations is designed as a project-specific solution, tailored to the task and the end user.
Designed Around the Entire Process
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3D Automatic Injection Mold Cleaning Workstation
The operating principle of the 3D automatic injection mold cleaning system is similar to that of coordinate measuring machines (CMMs): the laser head follows the complete geometry of the mold in three-dimensional space with high precision.
Each system is manufactured in a fully customized size, allowing even large injection molds to be loaded and transported on pallets, significantly simplifying handling and integration into the production environment.
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Intelligent Monitoring and Automatic Operation
The cleaning process is continuously monitored by integrated control technologies that ensure correct positioning, cleaning depth and repeatability.
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Laser Surface Treatment Solutions for Cast Parts
No two cast surfaces are ever identical. For this reason, FibeerSX develops customized laser workstations specifically designed for the precision surface treatment of cast components.
Each solution is adapted to the component geometry, production environment and required level of process stability, ensuring consistent results throughout the complete production cycle.
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Laser Plastic Welding Solutions
In laser plastic welding, every product requires a unique approach. For this reason, we develop fully customized welding workstations precisely adapted to the partner’s product, component geometry and manufacturing process.
Each system is engineered around the specific optical, mechanical and production requirements of the application, ensuring stable operation and consistently repeatable welding quality.
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Precision Laser Cable Stripping for Custom Cables
Precision laser cable stripping systems provide an ideal solution for complex cable structures where traditional mechanical processing cannot deliver the required accuracy and process stability.
The laser process can be adapted to different cable geometries, insulation materials and layer structures, enabling highly controlled removal without contact with the component.
Each workstation can be configured according to the cable type, production volume and required level of automation.
Suitable Cable Structures
Process Advantages
Precision PCB Laser Processing
High-accuracy PCB structuring and milling without mechanical tool wear, vibration or process-induced stress.
Laser-based PCB processing systems provide a precise and flexible solution for producing conductive structures, prototypes and small-batch electronic components.
Because the process is completely contact-free, there is no mechanical load on the circuit board and no risk of damage caused by cutting forces, vibration or worn tools.
The system can be adapted to different board materials, geometries and production requirements, making it suitable for development environments as well as industrial production.
Processing Capabilities
Manufacturing Advantages
Solution
The solution is ideal for rapid prototyping, research laboratories and low-volume electronics manufacturing where flexibility, precision and reliable process quality are essential.
PCB Processing Details
Explore precision milling details and finished PCB processing results.
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Precision PCB Cutting Laser Systems
Laser PCB cutting solutions provide clean, burr-free cuts while ensuring that surrounding components, conductive layers and sensitive electronic structures remain completely unaffected.
The contact-free process eliminates mechanical stress, tool wear and vibration, making it ideal for modern electronics manufacturing and high-value circuit board production.
High-Value Circuit Boards
Ideal for premium electronic assemblies where accuracy, process stability and manufacturing reliability are critical.
Sensitive Electronics
No vibration or mechanical load is transferred to delicate components, conductive paths or multilayer board structures.
Automated Production
The technology can be integrated into automated manufacturing environments, standalone systems and complete production lines.
PCB Cutting Details
Explore precision cutting details and finished PCB production results.
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Precision Automatic Laser Welding Workstation
Fully program-controlled laser welding technology designed for stable, repeatable and high-quality industrial production.
Precision automatic laser welding systems provide a highly reliable solution for applications where process accuracy, automation and consistent weld quality are essential.
The automated workstation eliminates unnecessary manual operations while delivering stable results across complex and repetitive manufacturing processes.
Repeatable Weld Quality
Program-controlled movement and laser parameters ensure consistent weld seams across every production cycle.
Automated Production
Suitable for integration into modern automated manufacturing environments and serial production processes.
Industrial Reliability
Robust workstation design supports long-term operation and stable performance under industrial conditions.
Solution
This technology is ideal when weld quality, automation, long-term reliability and process repeatability are the primary production requirements.
Precision Welding Details
Explore automated laser welding systems, detailed weld seams and high-precision manufactured components.
Re-Marking – Unique Laser System
Incorrect, incomplete, or unreadable product markings can result in a high number of rejected components, even when the product itself is fully functional. With the FibeerSX Re-Marking technology, incorrectly marked areas can be selectively processed and prepared for a new, correct marking.
The system is designed to help significantly reduce marking-related scrap and, depending on the application, potentially bring it close to zero. Thanks to its flexible and customized design, the same system can be adapted to different products, geometries, materials, and marking requirements.
Key Advantages
Reduced Scrap
Recover incorrectly marked components instead of automatically rejecting them.
Flexible Multi-Product Solution
One customized system can be configured for multiple product types and geometries.
Precise Re-Marking
The incorrect marking area can be selectively processed and a new code applied with high positioning accuracy.
Easy Production Integration
The process can be integrated with existing production, identification, vision inspection, and traceability systems.
Result
The result is a flexible rework solution that turns marking errors into recoverable products instead of scrap, helping reduce material losses and improve overall production efficiency.
Re-Marking Process & Results
Compare the component before and after re-marking and explore additional application examples.
