Faserlaser-Markierungsmaschine

Fiber laser marking machine is a kind of laser machine with fiber laser source, it most use for surface marking and deep engraving on metal, it can also marking on plastic material. Their strong power lets them engrave, mark, or etch metals quickly and effectively. However, one drawback is that they can generate a lot of heat, which might not be ideal when working with plastics or when you need precise markings on metals.

What is a Fiber Laser?
Fiber lasers operate at a wavelength of 1064nm, While they can mark various materials, they are especially designed for marking metals. Their high output power makes them ideal for deep engraving and other marking tasks that require quick turnaround times.

Fibre laser markers use the same technology found in optical fibers used for long-distance communication. As the laser light travels through the optical fiber, it gets efficiently amplified, enabling the production of a powerful fiber laser.

Fiber Laser Marking Tools: A Comprehensive Buying Guide

Selecting the right fiber laser marking machine is crucial, whether you’re operating a small business, working in a professional setting, or pursuing a hobby. The benefits of these machines are obvious, but how do you know which one suits your needs best? Key factors to consider include laser power, marking area, and compatible software. This guide is here to help you make an informed choice, so let’s dive in!

Why Fiber Laser Marking Machines Are a Great Choice

One of the main advantages of investing in a laser marking machine is the remarkable precision they provide. Whether you’re creating intricate designs, numbers, barcodes, or images, these machines are designed to deliver outstanding accuracy. They use software such as EZCAD or Lightburn, which greatly reduces the likelihood of errors. Moreover, laser marking is faster and more efficient than hand marking, allowing you to produce complex designs in less time. Overall, laser marking machines are versatile tools that offer significant benefits for both personal and professional projects.

 

**Wie Lasermarkierung funktioniert**

Die Laserbeschriftung beruht auf einer Computerprogrammierung. Zunächst erstellen Sie einen Entwurf und laden ihn in die Markierungssoftware hoch. Wenn Sie das CNC-Programm starten, folgt die Maschine Ihren Befehlen. Der Laserstrahl wird durch XY-Spiegel reflektiert und auf das Zielmaterial fokussiert. Bei diesem Vorgang wird das Material entweder verbrannt oder verdampft, wodurch ein Kontrast entsteht, der Ihr Design erkennen lässt. Im Handumdrehen haben Sie Ihr fertig markiertes Projekt!

Where Fiber Laser Marking Machines Are Used

These machines are commonly use in various industries, such as branding, packaging, and custom products. They are ideal for creating promotional signage, metalworking, and customized electronics. The versatility of laser technology makes it an excellent option for anyone looking to personalize or customize their items.

Pricing for Fiber Laser Marking Machines

If you’re considering purchasing a fiber laser marking machine for personal or professional use, it’s important to know what to expect regarding costs. As of 2024, the average price for a new laser marking machine is approximately $4,200, although this can vary based on factors like laser power and the size of the marking area. Smaller models aimed at hobbyists typically cost around $2,260, while professional-grade machines can reach up to $9,800, especially if they come with custom features.

Vorteile der Laserbeschriftung:

– Ideal for precise, small-scale machining tasks.
– Can be equipped with a microscope or camera for inspecting the engraving surface.
– Able to mark components within transparent materials like quartz and glass.
– Works efficiently with various metals and other materials.
– Uses less material due to the fine thickness of the laser beam.
- Erzeugt während des Markierungsvorgangs keine Röntgenstrahlen, was die Sicherheit erhöht.
– Capable of accurately marking tiny components.
– The technique does not wear out tools, making it environmentally friendly.
– The focused laser beam enables detailed markings from different angles.
– User-friendly technology ensures fast and efficient marking in production settings.

Nachteile der Laserbeschriftung:

– There is a potential risk of eye damage due to the short wavelength of lasers, necessitating the use of protective eyewear.