RF Co2 Laser Marking Machine - Super Sonic

F-THETA SCAN LENS

ss_admin — Wed, 21 Feb 2024 10:02:56 +0000

An F-Theta lens is a specialized type of lens primarily used in laser systems, particularly for laser engraving, marking, and cutting applications. Unlike conventional lenses that can focus laser beams to a single point, an F-Theta lens is designed to provide a flat field within the image plane, which ensures that the laser spot size remains consistent across the entire scanning area.
The "F-Theta" name comes from the relationship between the focal length (F) and the angle (Theta) in which the lens is designed to operate. This relationship ensures that the image height is directly proportional to the scanning angle, which is critical for maintaining consistent laser spot size and shape over the entire field.
These lenses are crucial in applications requiring high precision and consistency, as they allow for uniform engraving or cutting over large areas. They are designed to work with scanning mirrors and galvanometers, which direct the laser beam across the target surface.

The post F-THETA SCAN LENS first appeared on Super Sonic.

Beam Combiner 20MMD 2MM-12

ss_admin — Wed, 21 Feb 2024 09:57:04 +0000

Column Beampath

ss_admin — Wed, 21 Feb 2024 09:53:12 +0000

In a laser machine, the column supports the structure and houses the mechanics for vertical movement, while the beampath refers to the laser's travel route from the source to the workpiece, involving mirrors and lenses to direct and focus the beam for cutting or engraving.

The post Column Beampath first appeared on Super Sonic.

Fiber Laser Galvanometer

ss_admin — Wed, 21 Feb 2024 09:46:05 +0000

A laser scanning galvanometer, often referred to as a galvo scanner or simply galvo, is a device used to rapidly and precisely direct the position of a laser beam in laser systems. It is commonly used in applications such as laser marking, engraving, cutting, welding, and in medical imaging techniques like OCT (Optical Coherence Tomography). Here’s how it works and its key components:
Galvanometer Motors: These are the core of the scanning system. A galvanometer motor is a type of mirror galvanometer used historically in scientific instruments for measuring electric current. In a laser scanning system, these motors control the position of mirrors to deflect the laser beam. Each galvo motor typically controls one axis of movement (X or Y), allowing the laser to be precisely steered across two dimensions.
Mirrors: Attached to the shaft of each galvo motor is a small, lightweight mirror. The mirrors reflect the laser beam, and their angles are adjusted by the galvo motors. Because these mirrors are small and light, they can be moved very quickly, allowing for fast scanning speeds.
Control Electronics: The galvo motors are controlled by sophisticated electronics that convert the input signal into precise angular movements of the mirrors. These electronics typically receive input in the form of digital signals that describe the desired position of the laser beam, and they use this information to adjust the mirrors accordingly.
Position Sensors: These sensors provide feedback to the control system about the actual position of the galvo mirrors. This feedback allows the system to correct any deviations from the intended beam path, ensuring high precision and accuracy in the positioning of the laser beam.
Input/Output Interface: This part of the system communicates with the rest of the laser system or with a computer controlling the laser. It receives the patterns, images, or instructions to be executed and sends signals to the control electronics of the galvo system.
Objective Lens (F-Theta Lens): In many systems, especially those involving flat work surfaces, an F-Theta lens is used in conjunction with the galvo mirrors to keep the laser beam focused and perpendicular to the material surface across the entire scanning area.
Laser scanning galvanometers are valued for their speed and precision. They can reposition the laser beam at high speeds, often thousands of times per second, allowing for fast, precise machining, marking, or imaging with minimal delay between movements. This makes them ideal for applications requiring high-speed laser processing over a two-dimensional area.

The post Fiber Laser Galvanometer first appeared on Super Sonic.

CO2 Beam Expander

ss_admin — Wed, 21 Feb 2024 09:42:58 +0000

Fly Mark Controller

ss_admin — Wed, 21 Feb 2024 09:40:00 +0000

Davi Laser Metal Tube

ss_admin — Wed, 21 Feb 2024 09:38:07 +0000

Laser Marking Card – JCZ

ss_admin — Fri, 02 Feb 2024 05:31:46 +0000

The JCZ Laser Control Card is used for laser marking and engraving systems. It works with the Ezcad software, including versions Ezcad2 and Ezcad3, to control various aspects of laser marking machines. These control cards can handle different types of lasers like CO2, Fiber, and YAG, and support features such as dual-axis marking, fly marking, and software development kits. They're designed for basic two-dimensional laser processing but can also accommodate more advanced functions with different versions of the card and software.
The JCZ product range includes different types of control cards, like the standard marking control card, digital lite marking control card for CO2 galvo laser machines, fiber lite marking control card for fiber lasers, and more advanced versions for 2.5D and 3D engraving. The choice of card depends on the specific requirements of your laser machine and the complexity of the tasks it needs to perform.
It's important to select the right control card for your laser machine based on the type of laser, the required engraving or marking capabilities, and compatibility with your existing systems.

The post Laser Marking Card – JCZ first appeared on Super Sonic.