Laser Precision Cleaning (LPCl)
High value parts demand extra care and stability for thin-film removal and cleaning of sensitive components. The LPCl Laser Precision Cleaning Series removes organic residues, oxides, particulates, and coatings from sensitive components such as medical devices, microelectronics, precision metals, glass, and fluidic parts—providing repeatable, programmable, and traceable cleaning performance for production-scale operations.
Fine-Tune Cleaning Performance
The LPCl Laser Precision Cleaning Series is designed for manufacturers who need absolute control over laser energy delivery and positioning. This platform provides the tools to fine-tune cleaning performance without compromising repeatability or substrate integrity.
Production-ready, Built-in Flexibility
The front-load access supports manual operation, while side access panels allow integration now or in the future for automated loading, robotics, or inline manufacturing workflows.
Integrated Intelligence with Bold OptixOS(TM)
CAD/CAM-driven programming, inline vision alignment, power monitoring, and process logging provide The platform is installed with the Bold OptixOS software solutions with real-time monitoring and control.
Applications
- Medical devices and fluidic components
- Microelectronics and advanced packaging
- Printed circuit boards and semiconductor-related processes
- Optics, glass, and precision metal components
- R&D and pilot-line manufacturing environments
Custom fixturing, trays, and docking systems are developed collaboratively with customers to ensure part protection, efficient handling, and complete integration.
System Highlight: LPCl1820UV
The LPCI1820UV Laser Precision Cleaning System is an industrial, Class 1 enclosed UV laser platform designed for high-precision surface cleaning, thin-film removal, and cleaning of critical electrical connections in advanced manufacturing environments.
UV Nanosecond Processing
Powered by a 349 nm Q-switched Nd:YLF laser, the LPCI1820uv delivers controlled energy density for precision surface cleaning and thin-film removal with minimal heat-affected zone.
Precision Motion & Beam Control
Closed-loop XYZ stages, galvanometer scanning, adjustable attenuation, and Gaussian-to-flat-top beam shaping ensure sub-10 µm accuracy and highly repeatable results.
Read the full press release here.