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Which laser markering Machine is the best? What is their pricing like?

When purchasing laser marking equipment, such as a Marcatrice laser prezzo, you will discover that the present laser marking market is highly chaotic, with prices for the same type of laser marking machine varying wildly, leaving customers with little option. The primary reason for this is because there are numerous firms in the laser marking sector, all of which range in size, quality, cost, and other factors. Therefore the prices given are sure to differ.

You may get the best laser markers on the market: MACSA laser marking systems, which are known for their dependability, resilience, energy efficiency, and flawless results. We’ve put a table that divides laser markers into pricing categories (economic, intermediate or high range).

Small size laser engraving and cutting machines like 300*500 mm cost around $1999$2400, 900*600 mm $2899$4699, and 1300*900 mm $3699$5399 for typical CO2 laser specs. Larger size equals higher cost; similarly, more laser power equals higher price.

Fiber lasers are more technology-integrated and sophisticated when processing thin metal materials than CO2 laser engraving machines, which caters to the fast expansion of metal product production sectors. A fibre laser marking system costs $2950$5770 at 20W, $3500$6400 at 30W, and $5500$15000 at 50W; if you’re processing typical material like carbon steel, stainless steel, or iron, a 20W laser will suffice;

A laser marker of 30W or higher is required for marking depth; moreover, a 50W laser will assist you in creating a delicate print on jewellery if you have stringent marking needs for precision. You should contact our sales staff for a free sample test to ensure the most suitable machine. Will aid in the selection of the best arrangement.

Laser markers for beginners

We propose the iCON2, a small and easy-to-use CO2 laser marker, among the laser markers in the lowest price category. On paper, cardboard, glass, wood, and painted supports, coding is done flawlessly.

Anti-counterfeiting marking is frequently required in the food, pharmaceutical, and cosmetic industries. The iCON2 is the most popular model for all applications in the beverage and bottling industries, owing to its exceptional marking capability on both glass and labels. The quality-to-price ratio is unrivalled in the industry.

Plus:

Keeping track of time

Cost-cutting on consumables

Aspiration from the highest levels

Prices for laser markers are near the middle.

Fibre lasers, which may be used on many materials, including metals and industrial materials, are among the laser markers with intermediate costs.

May use it to label various materials, including plastic, metal, poly laminates, and other industrial items.

Plus:

IP54 environmental protection (safe even in the most hostile conditions)

Vibration Compensation System (VCS) adjusts for vibrations conveyed from the manufacturing line, providing excellent marking Electronics isolated from the lens.

SPA F FILM

The fibre laser marker is intended mainly for laser marking on flexible film. It is dependable, challenging, and resistant, and it ensures error-free marking.

Plus:

The increased frequency eliminates the possibility of harming the substrate during marking.

Models of laser markers are unique

Special versions are among the most expensive laser markers:

Picosecond \sMOPA \s3D

Picosecond laser

The picosecond laser has a wavelength that is longer than a classical wave (20/30 nanoseconds) and may reach 700 picoseconds; as a result, the substrate is heated less, promoting chemical-thermal interactions.

Perfect for the automobile industry, where the excellent aesthetic performance of the marking is required, as well as the cosmetic and pharmaceutical industries, where precise message definition in minute characters is required.

Plus:

Management costs are significantly reduced.

 

Master Oscillator Power Amplifier

A high-range laser marker featured an oscillator and a power amplifier that provide even more peak power, as well as unrivalled dependability and durability at the source laser’s top. Even challenging substrates (for example, higher contrast on dark plastics) may achieve more defined results with energy savings.

Plus:

Aluminum has a more visible marking.

On stainless steel, the ability to generate colour shades is possible.

3D laser 

Because of the inclusion of an additional set of lenses, one of which is coupled to a galvanometric motor that changes the focal distance of the beam, this is the only marking function that allows you to acquire three-dimensional results.

The pulsed SPA F, MOPA, and Picosecond versions are all compatible with the 3D laser.

Plus:

Using the integrated software, you may quickly mark complicated shapes and planes such as cubes, cylinders, spheres, and cones.

The axes do not need to be adjusted and may manage the heights directly from the programmed.

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