Introduction
The electronics and semiconductor industry demands extremely precise, clean, and reliable component identification. Laser marking machines provide accurate, permanent marking on PCBs, connectors, and micro-components without causing mechanical stress or contamination. This makes laser marking ideal for high-density and high-speed electronic manufacturing environments.
Marking Process
Laser marking uses a focused laser beam to create high-resolution marks through surface engraving or controlled color change. The non-contact process ensures delicate components remain undamaged. Marking of serial numbers, lot codes, QR codes, Data Matrix codes, and logos is software-controlled and easily integrated with SMT lines and production systems.
Materials Supported
Laser marking machines are compatible with common electronics materials, including:
- PCB Materials: FR-4, ceramic, flexible PCBs
- Metals: Copper, aluminum, stainless steel
- Plastics: ABS, polycarbonate, LCP, nylon
- Semiconductor Materials: IC packages and silicon-based components
- Coated & Plated Parts
Electronics Applications
- PCB serial number and lot code marking
- Micro-component and IC identification
- Connector part numbers and orientation marks
- QR and Data Matrix traceability codes
- Branding and compliance markings
Key Advantages
- Ultra-high precision for micro-marking
- Non-contact and damage-free process
- Permanent and high-contrast markings
- Clean, ink-free, and maintenance-light
- High-speed marking for mass production
- Easy automation and line integration
Why Choose Herkkimer H Company
Herkkimer H Company offers high-precision laser marking solutions designed for the electronics and semiconductor industry. As a Make in India manufacturer, we provide reliable machines, advanced software control, and complete application support. Our focus on accuracy, consistency, and long-term service makes us a trusted partner for electronic component traceability