Opt Lasers' Series of High-Power Blue Laser Sources – Delivering Precision Power

The FS-Series Laser Sources are specifically engineered to achieve maximum brightness and the smallest spot size, with a square-like shape. Our laser sources employ compression optics technology which was developed by our R&D team, enabling exceptional performance in engraving, marking, and powder sintering applications. Key features include:

• High Brightness
• Small and Square-Like Spot Size
• Compact Dimensions
• Easy Integration
• No Additional Cooling is Required

As the standard product FS-Series laser sources are available in two wavelengths, namely 405nm and 450nm, with power levels ranging from 15W up to 60W of pure optical power. These laser sources are ideally suited for galvo scanning systems, where their full potential can be harnessed. If the laser source with different parameters is required we are capable of designing customized solution for your application.

The OEM-Series Laser Sources offer cost-effective laser modules for a wide range of applications. Laser sources from this series are ideal for melting, welding, burning, sintering, cladding and metal hardening. Key features of the series include:

• Cost-Effectiveness
• Possibility to Work with Large Spot Size
• Even More Compact Dimensions
• Easy Integration
• Passive or Active Cooling

These laser sources are available at two wavelengths, 405nm and 450nm, with power levels ranging from 15W up to 70W of optical power.

The FC-Series Laser Modules are designed to provide precision power delivery to remote locations, making them ideal for applications where the laser source needs to be placed at a distance from the working space. In case of fiber coupled lasers power density / brightness is decreased but a perfect shape laser spot can be achieved.

• Remote Location of Laser Source
• "Ideal" Circular Spot with Even Power Distribution
• Easy Integration and Installation
• Available with Different Fibers

Fiber-coupled laser sources have superior advantage in instalation and integration in large systems over other types of high-power laser sources. Fiber coupled laser sources do not have to be aligned, adjusted or placed in specificaly pre-defined location. Additionally, fiber coupled lasers can be placed far away from the working area, or even in another room.

Direct Laser Processing

Direct Laser Processing with Movable XY Mirrors

Galvo Laser Scanning System

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Key Features

• Smallest Possible Spot Size
• Short Working Distance
• Highest Power Density
• High-Pressure Air Assistance

Key Features

• Large Working Area
• Small Spot Size
• Moderate Processing Speed
• High-Pressure Air Assistance
• Remote location of laser source

Key Features

• Highest Processing Speed
• Long Working Distance
• Long Depth of Focus
• Compact Setup