OMTech Galvo 20W 30W 50W Autofocus Fiber Laser Marking Machine

The OMTech Galvo Autofocus Fiber Laser Marking Machine series (20W, 30W, and 50W) are high-performance laser marking systems designed for precision engraving and marking on metals and coated materials in industrial and commercial environments. Each model features an advanced galvanometer scanning system paired with a fiber laser source, delivering rapid marking speeds, excellent repeatability, and high contrast results. The integrated autofocus system automatically adjusts the laser focal height for material variations, reducing manual setup time and improving workflow efficiency.

These machines are ideal for marking serial numbers, barcodes, QR codes, logos, text, part codes, decorative graphics, and other identifiers on materials such as stainless steel, aluminum, brass, copper, titanium, and coated metals. With professional software support and customizable laser parameters, the OMTech Galvo series provides an efficient and reliable solution for batch production, industrial labeling, and traceability marking.

Key Advantages & Features (All Models)

✔ Galvanometer Scanning System
High-speed scanning mirrors deliver rapid marking with smooth motion, precise control, and consistent quality.

✔ Autofocus Capability
Automatically adjusts the focal height for varying material thicknesses, streamlining setup and reducing errors.

✔ Wide Material Compatibility
Suitable for marking stainless steel, aluminum, brass, copper, titanium, plated metals, and select plastics.

✔ Adjustable Marking Parameters
Laser power, scanning speed, and pulse settings can be configured to optimize contrast, depth, and marking appearance.

✔ Professional Software Support
Works with standard fiber laser marking software supporting vector and raster file formats for flexible design workflows.

✔ Durable & Low-Maintenance
Fiber laser technology ensures long operational life with minimal maintenance needs.

✔ High Throughput
Fast marking speeds and precise motion control support efficient batch processing and industrial workflows.