Laser Heads

PLH3D-XT-Series engraving laser heads were created as a series of specialized laser heads for engraving with extremely high resolution and cutting thing materials with ultra-thin line. PLH3D-XT-Series engraving laser heads are build based on PLH3D-6W-Series engraving laser heads.  PLH3D-XT-Series engraving laser heads were ...

Specifications

Laser Diode Optical Power: 500 mW
Focus Distance: 55.0 mm
Laser Diode Wavelength: 405 nm
Modulation Input 1: 0 - 5V Analog/TTL/PWM
Modulation Input 2: 0 - 24V TTL/PWM
Reflective Mirror Focus Heads are specifically designed for high-power welding applications. An internal copper parabolic mirror focuses the laser beam.

Specifications

Aperture: 50 mm
Focal Length: 127 mm
Max Laser Power: -- W
Laser Type: Fiber
Laser Machine: Cutter
Our best-selling professional 6 W engraving laser designed for industrial applications with a lens adjusting tool and a free High Efficiency Lens. Features a robust design and compatibility with all types of control signals used in CNC and 3D printing market. It can be powered with various PSUs and boasts the most powerful fan ...

Specifications

Aperture: -- mm
Focal Length: 120 mm
Max Laser Power: 6000 W
Laser Type: Diode
Laser Machine: Engraver
The 38mm c.a. fiber laser process head system is designed for 1KW to 10KW Fiber Laser cutting and welding applications. The robust industrial modular design permits custom configurations utilizing standard components. Several collimation and focus lens configurations are available to suit all fiber laser makes and ...

Specifications

Aperture: 35.5 mm
Focal Length: -- mm
Max Laser Power: 10000 W
Laser Type: Fiber
Laser Machine: Cutter, Welder
The G2 “Series” laser process head is designed for cutting and welding applications. Its modular design allows assembly of custom configurations for specific applications. The G2 “Series” laser process head is available for all wavelengths.

Specifications

Aperture: 34.8 mm
Focal Length: -- mm
Max Laser Power: -- W
Laser Type: CO2, DPSS (Nd:YAG), DPSS (Nd: YVO4), Excimer
Laser Machine: Cutter, Welder
The G5 Series Laser Process Head is designed for High-Speed Multi-Kilowatt Cutting Applications. The G5 Series provides additional Z-Axis adjustment of the focus lens cell to compensate for varying High-Pressure Optic Thickness. Internal water passage reduces outside cooling lines on multiple focal length configurations. 

Specifications

Aperture: 34.8 mm
Focal Length: -- mm
Max Laser Power: 6000 W
Laser Type: Other / Not specified
Laser Machine: Cutter, Welder
The G4 Series Laser Process Head is designed for High-Speed Multi- Kilowatt Cutting Applications. Available with multiple focal length configurations. 

Specifications

Aperture: 34.8 mm
Focal Length: -- mm
Max Laser Power: -- W
Laser Type: Other / Not specified
Laser Machine: Cutter, Welder

Frequently Asked Questions

A Laser Processing Head is part of the beam delivery system in many laser machines, such as laser engravers, laser markers, laser cutters, laser welders, etc. Laser heads are the last component in the path of the laser beam from its source to the object being processed. They are used to focus the laser beam onto the workpiece.

Laser Processing Heads typically come in aluminum alloy assemblies and contain a few distinct components including a deflecting mirror, focusing lens and often an input port for air- assist. Many laser heads also include a protective window placed right before the exit nozzle to prevent dust and debris from entering the system.

No, as a short answer, but it really depends on the type of the laser head assembly and the range of machines considered. Simple machine heads might be compatible with both laser engravers and laser cutters, while sophisticated ones might be compatible with only a specific type of a laser machine (e.g. laser welder). Aside from the ability to retrofit into an existing machine, to examine the compatibility, you will also want to consider the input aperture size, the laser wavelength and laser peak powers to ensure that the internal optics can handle and work efficiently with the type of laser radiation that the laser source generates.

Air assist often has dual function. First it ensures that dust and debris generated during laser processing - be it cutting, marking or engraving – is always blown away from the laser head and ensures that they don’t enter into the assembly and contaminate the optics. Second, it acts as a cooling mechanism that prevents excessive heating that could deteriorate the quality of the end product.

The key parameters to consider when selecting the laser processing head are the input aperture size, focal length of the lens, the max laser power, intended laser machine and features such as internal cooling, crash detection, autofocus, camera system, etc.

There are 7 different Laser Heads from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Laser Heads with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Laser Heads vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

A Laser Head (also known as a laser processing head) is an essential component of the beam delivery system in many laser material processing machines, such as laser engravers, laser markers, laser cutters, laser welders, etc. Laser heads specially designed for such machines may be also referred to as laser marking head, laser cutting head, etc. The main purpose of this component is to focus the laser beam onto the object being processed. The entire assembly is often made of an aluminum alloy and contains either a mirror or a beam splitter to deflect the laser beam towards the exit. A spherical lens is often placed at the end or right before the exit window. The latter is often present in laser processing heads to prevent dust and debris from entering into the head assembly. The entire assembly might also include air assist input port, laser monitoring photodiode, and additional mirrors to capture and redirect a small portion of back-reflected laser radiation to the monitoring photodiode. To protect the interior optics, the laser processing heads are often equipped with a pointy nozzle from where the laser radiation exits. Many laser processing head assemblies are rather modular allowing for quick replacement of the optics, nozzle, input ports, etc.