TUWANA Laser Work Station
Laser Marking
Dot Peen Marking

Featured

Dotpeenator™ PR94A Portable Dot Peen Marking Machine

Dotpeenator™ PR94A Portable Dot Peen Marking Machine

Dotpeenator™ PR94A, Portable, Acrobatically-Talented, Most Heavy Duty, Powerfull but Still Compact ..

Dotpeenator™ DT144 Desktop Dot Peen Marking Machine

Dotpeenator™ DT144 Desktop Dot Peen Marking Machine

The Dotpeenator ™ DT144 Desktop Model among our dot peen marking machines is a model ..

Dotpeenator™ SA14 Desktop Dot Peen Marking Machine

Dotpeenator™ SA14 Desktop Dot Peen Marking Machine

Dotpeenator™ SA14, mainly exported to many Europen and Middle-Eastern Countries, does not require a ..

Dotpeenator™ CO9 Desktop Dot Peen Marking Machine

Dotpeenator™ CO9 Desktop Dot Peen Marking Machine

En çok satılan ürünümüz olan Dotpeenator CO9 Nokta Vuruşlu Markalama Makinası Windows temelli Dotpee..

Laserator TUWANA XYZ Laser Work Station

Laserator TUWANA XYZ Laser Work Station

Laserator 2D, 2.5D and 3D Laser SoftwarePackages for Laser Machinings  Laserator laser mar..

Laserator PORTY-C Class-IV On-The-Floor Fiber Laser Marking Machine

Laserator PORTY-C Class-IV On-The-Floor Fiber Laser Marking Machine

LASERATOR ON-THE-FLOOR, MOBILE FIBER LASER MARKING MACHINE DESIGNED ACCORDING TO THE CLASS-IV LASER ..

Laserator Class-I CLASSY-OTF On-The-Floor Laser Marking Machine

Laserator Class-I CLASSY-OTF On-The-Floor Laser Marking Machine

LASERATOR ON-THE-FLOOR FIBER LASER MARKING MACHINE DESIGNED ACCORDING TO THE CLASS-I LASER SAFETY ST..

Laserator HANDY-M Class-IV Desktop Fiber Laser Marking Machine

Laserator HANDY-M Class-IV Desktop Fiber Laser Marking Machine

LASERATOR DESKTOP FIBER LASER MARKING MACHINE DESIGNED ACCORDING TO THE CLASS-IV LASER SAFETY S..

FactoryMark™ R30 65ml White Pump Rall Point Paint Marker

FactoryMark™ R30 65ml White Pump Rall Point Paint Marker

FactoryMark™ R30 65ml White Pump Rall Point Paint MarkerTo download the flier of this product, pleas..

FactoryMark™ R30 65ml Yellow Pump Rall Point Paint Marker

FactoryMark™ R30 65ml Yellow Pump Rall Point Paint Marker

FactoryMark™ R30 65ml Yellow Pump Rall Point Paint MarkerTo download the flier of this product, plea..

FactoryMark™ S20 13cm³ Red Permanent Paint Marker

FactoryMark™ S20 13cm³ Red Permanent Paint Marker

        The FactoryMark™ S20 13cm³ Permanent Red Paint Marke..

FactoryMark™ S20 13cm³ Violet Permanent Paint Marker

FactoryMark™ S20 13cm³ Violet Permanent Paint Marker

        The FactoryMark™ S20 13cm³ Permanent Violet Paint Ma..

Interchangeable Steel Types

Interchangeable Steel Types

• Manufactured from special high-performance tool steel• Type of characters acc. to DIN 1451• Hardne..

Welder’s Control Stamps

Welder’s Control Stamps

Quality and product specifications identical with multi-digit hand stampsFor marking and s..

Compact Marker

Compact Marker

COMPACT MARKERSpace-saving compact designStriking handle can be replaced by shankDisplay of settings..

Automatic Numbering Head

Automatic Numbering Head

Automatic Numbering HeadUp to 5 wheels will be switched automatically by a mechanical lifting moveme..

ESEN KARDEŞLER
LUCAS ELEKTRİK
ARI
SARKUYSAN
AKDAŞ DÖKÜM
ÇELİKİŞ
TOROS İNŞAAT
AKSA AKRELİK KİMYA
SAG HİDROLİK
Hidromek
Nesan
Sistem Ortopedi
HEDEF AV TÜFEKLERİ
ALFA LAVAL
THY
USO EGZOS
ENKA İNŞAAT
TEK TRAFO
Sağlam Metal
PROTAŞ
EREN BALATA
Best Rezistans
Meklas Grup
Pegasus
EAS
PİRGE BIÇAK
Toz Metal
SEM TRANSFORMATÖR
Tüpraş
STM
TOMAHAWK AV TÜFEKLERİ
WITTUR ASANSÖR
Zimed
BORUSAN
ERK ÇELİK HALAT
KONTROLMATİK
AYAR MAKİNA
TÜMOSAN TRAKTÖR
MSK ÇELİK DÖVME
KAZCIOĞLU
CEMER
YÜKSEL
VALFSAN
CANLAR MEKATRONİK
ORYA MEDİKAL
YEO
SİSTEM REZİSTANS
FINIMETAL

Laser Marking

The laser engraving process, which is a sub-process of the laser marking process, is the practice of using a laser to engrave an object. On the other hand, laser marking consists of a broader category of methods for leaving traces or marks on an object, including color change due to chemical / molecular change, carbonization, foaming, melting, ablation and more. Technically, laser marking does not include the use of ink and does not include a tool of contacting and wear of the material surface for the purpose of etching. Therefore, laser marking provides a great advantage over alternative engraving or marking technologies that need inks or carbide bit sets to be replaced on a regular basis.

In the case of plastic, the laser marking effect can be more pronounced on the specially designed 'laser' materials as well as on some types of paint, with strong contrasts after laser marking. These include laser-sensitive polymers and new metal alloys.

The term "laser marking" is also used as a general term covering a wide range of surface treatment techniques including laser etching, laser printing, laser engraving, laser frosting, laser melting, hot marking, beam marking and laser embossing. Laser engraving, laser marking, laser etching, and laser frosting machines are therefore generally the same. Nevertheless, these terms can sometimes be confused by those who do not have knowledge or experience in practice.

There are three main types of laser marking machines: The most common is the laser model where the workpiece is fixed and the laser optics moves in the X and Y directions and the laser beam is driven by X-Y galvo-motors to draw the vector. In such models, sometimes the laser is stationary and the workpiece moves. Sometimes the workpiece moves on the Y-axis, the laser moves on the X-axis. The second type of laser marking machine has a type of laser marking process which marks both raster and vector contents on cylindrical parts. In the third type of laser marking machines, while both the laser and the workpiece are stationary, the galvo-mirrors in a galvo-head are the ones that perform the marking in the raster or vector mode by moving the laser beam over the workpiece surface.

The point where the laser ('laser' and 'laser beam' terms can be mixed) is fully focused on that surface is usually called to be the focal point of the laser. This point is typically very small, sometimes in microns. As the laser beam moves in one direction, only the area at the focal length is significantly affected if there is an object on its way. The energy generated by the laser changes the surface of the material at the focal point. It can heat the surface and then evaporate, pulverize, melt, or perhaps cut material.

If the surface material removes smoke, heavy metal dust, and odor during laser engraving, laser marking, laser welding, laser cutting etc. It is very important to use air emission and filtration systems to eliminate the harmful effects of this odor /smoke/dust in terms of safety.

The last letter of the laser 'r' is the first letter of radiation. It is essential to protect the body and eye of an operator from the laser beams emitted in micro, nano or pico waves and it is a condition that must be taken into consideration all over the world in terms of occupational safety. For this reason, laser marking machines are classified as open class-IV and completely closed class-I. The operator using a Class-IV laser has to use laser goggles according to the laser marking technology used, requiring no other persons around the laser marking machine during the marking operation. A class-i laser is completely isolated from the laser with the external environment. Class-I enclosures have the capability of preventing operators from exposing themselves to possible damages of direct emission of a laser beam. In terms of occupational safety, a laser marking system should have a class-I enclosure and a filtering system that collects and filters waste gas/heavy metal dust/odor.