laser marking machine price for plastic All-in-one type fiber laser marking machine for PVC / HDPE / PC pipes laser engraving 6432627874677389632-blid-1433303570615541979

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Our company adopts the third generation (themost advanced) solid-state fiber laser cnc to create the super fine effect of marking. This model is of integral structure,no pollution, no optical power coupling loss, air cooling, high efficiency and stability.

Why choose fiber laser? 
Laser marking is permanent, faster, accurate and now a well-known marking and engraving solution for the metal and non metals. Marking lasers work with short peak power laser pulses. Pulse power, duration, and frequency determine the available energy, which influences the interaction between the laser beam and the material. Mirrors (Galvo) guide the laser beam at high speeds across the work piece. Each laser pulse produces a pixel.

Why Laser Marking?
Permanent & indelible marking process.
Non-contact type – doesn't produce stress or change physical properties of materials.
Clean and Safe process –Chemical-proof, water-proof, oil, grease & fuel-proof.
Internationally Accepted as Quality Marking Standard.
No pre or post processing – Can be done on finished products.
Automated – can be integrated with existing production or packaging line. Controlled by Computer.
Flexible – mark texts, alphanumeric, logos, bar codes, graphics, images, 2D data matrix code etc.
Harmness – doesn't affect quality of marking.
Least set up time – no tooling and jigs required.
Least or virtually no consumables.
Enhances the aesthetical & monetary value of products.
Counterfeit & Forgery prevention, product tracking & identification and so on.

Several types of laser marking machines exist, but the most up-to-date technology available is that of the fiber laser. This kind of laser machine, widely considered to be the best option in existence, uses fiber pumping technology to "dope" the fibers with a rare-earth element such as Ytterbium.

The use of this element increases the ability of the fibers to conduct the light from light-emitting diodes, which are then pumped through the fibers to the optical laser head. At this point, the beam of light is directed to a laser scanning head with high speed low inertia rotational mirrors. The beam of light then exits the scanning mirrors through a flat field F-Theta Focusing Lens and marks the material using one of four methods:
Laser engravingAblation or removal of a layer of the material
Carbon migration or etching of the surface of the material to change the color
Bonding

You can use fiber laser marking on a wide range of materials, from different types of metal through to leather and plastics. Types of metals that lend themselves well to fiber laser engraving include platinum, stainless steel, silver, gold and bronze. Carbide, tungsten, copper, aluminum or medical-grade alloys also respond well to fiber laser marking.

Ways to Use Laser Marking
Fiber laser marking, which is also known as laser engraving because of the resulting surface pattern produced by the ablation process, is used for a variety of applications including:

Medical Devices and Equipment – surgical devices and other medical products that require frequent sterilization (often at high temperatures) use identification marks that can withstand the cleansing process without interfering with the health of the patient.

Jewelry Engraving – creation of unique marks to identify or brand items of jewelry has become popular for copyright protection and recovery of stolen property. The precision of laser engraving is also used to personalize pieces such as wedding bands with the vows or the couple's marriage date.

Laser Cutting - light laser cutting is also very popular in the jewelry industry. Light metals are used to create name cutouts and monograms as well as other design cut outs.

Computerized parts such as printed circuit boards use laser marking to produce clear, high-resolution images that are ink- and acid-free for use in electronic applications.