The HAWKmedical is a compact laser workstation for the permanent marking of medical instruments, implant components and precision parts. Designed for medical device manufacturers and their production partners, the system combines high-contrast marking with repeatable processes and a flexible workstation platform.
Whether applying UDI markings, DataMatrix codes, serial numbers, batch information or company logos, the HAWKmedical enables clear product identification and traceability. Black marking produces deep-black, high-contrast marks with minimal heat input, particularly on stainless steel and titanium. Marking parameters are tailored to the material, surface condition and specific requirements for readability, cleaning, passivation and sterilisation. This provides the basis for marking processes that can be validated for each application.
Optional multi-axis systems, rotary axes for circumferential marking, camera recognition and rotary tables allow the HAWKmedical to accommodate different component geometries and production workflows. The electrically operated lifting door facilitates loading and unloading, while a large laser safety window allows operators to observe the marking process.
For automated series production, the HAWKmedical can be integrated inline into existing or new production lines via a conveyor belt.
Automated workpiece feeding and unloading connects laser marking with upstream machining operations and downstream inspection processes. Marking becomes an integrated production step between machining, quality control and dispatch – from individual surgical instruments to series production of medical turned and milled components.
| Technical Data | USP PS 30W |
|---|---|
| Technical Specifications | USP pico |
| laser head | Ultrashort-pulse laser / Picosecond laser |
| Wavelength | 1064 nm |
| power | 30 W |
| Max. Pulse Energy | 170 µJ at 100 kHz |
| Pulse Duration | <15ps |
| Typical M² Value | <1,3 |
| Dimensions |
Clear and permanently legible identification of medical devices is no longer a competitive advantage - it is a regulatory necessity. Our new ultrashort-pulse laser marking system was developed specifically to meet these requirements and sets new standards in the indelible laser marking of medical instruments, surgical equipment, implants and complex medical components.
Design markings, configure laser parameters and manage jobs efficiently. Integrate UDI codes, serial numbers and variable data directly into the marking process. Intuitive operation for repeatable results - from individual parts to series production.
