Additive manufacturing for repair, surface finishing, and 3D printing
In the field of laser cladding, our welding optics with powder nozzle allow you a wide range of applications. Almost pore-free layers with a long service life can be produced completely independent of direction. Typical areas of application are the generation of corrosion and wear protection layers, repairs, and the generation of 3D structures.
The YC52 processing head developed for additive manufacturing offers the same flexibility for your machine concept as the modular processing optics YW30/YW52.
Advantages
- Flexible for many applications in additive manufacturing
Variable track widths and different concepts of powder feeding allow a flexible adaptation to your task.
The following are available for selection:
- Coaxial annular gap nozzle to generate a small powder focus and thus a high powder efficiency.
- A multijet coaxial nozzle with four separate powder feeds ideal for 3D applications.
- A lateral nozzle for lateral powder feed with perfect inert gas coverage to produce particularly smooth surfaces.
The fields of application of powder cladding are found in the research sector but also in industrial use. You can process a wide range of materials such as basic alloys of nickel, cobalt, iron or stainless steels, and titanium alloys as well as powder containing tungsten carbide. - Online quality monitoring of the structure height during build-up welding
Especially when generating high structures, it is essential to maintain a constant layer height. The Precitec IDM measures the structure height coaxially during the laser welding process with high accuracy. In cooperation with Siemens, this height measurement can be extended to a process control system and thus offers you a continuous measurement of the job structure and the possibility of comparison with the CAD data set. Expensive and time-consuming process interruptions for analysis and reworking are no longer necessary.
The process automation can be supported by the use of a pyrometer.
Technical data
- max. laser power: 6 kW (depending on application and nozzle used)
- Working distance: 12 - 14 mm (24 mm at 250 mm focusing focal length)
- min. Powder focus diameter: 0.7 mm (annular gap nozzle), 2.0 mm (4-jet nozzle)
We need your consent to load the form!
We use Marketing Cloud Account Engagement (Pardot) Forms to embed content that may collect data about your activity. Please review the details and click in the Pardot box to accept the service and see the content. If the form is not displayed correctly, please click once more on Download the data sheet now.
Our service for your productivity
![[Translate to Englisch:] Inbetriebnahme](/fileadmin/service/Precitec_commissioning_support_icon.svg "Icon Precitec commissioning support"){kind=icon}
Commissioning Laser Technology
Training Laser Technology
![[Translate to Englisch:] Wartung](/fileadmin/service/Precitec_maintenance_icon.svg "Icon Precitec maintenance"){kind=icon}
Maintenance Laser Technology
![[Translate to Englisch:] Ersatzteile](/fileadmin/service/Precitec_Webshop_for_spare_parts_icon.svg "Icon Precitec webshop for spare parts"){kind=icon}
Spare Parts Laser Technology
![[Translate to Englisch:] Reparatur](/fileadmin/service/Precitec_repair_service_icon.svg "Icon Precitec repair service"){kind=icon}
Repair Laser Technology
![[Translate to Englisch:] Service Hotline](/fileadmin/service/Precitec_service_worldwide_icon.svg "Icon Precitec service worldwide"){kind=icon}
