features: component: die & mold material: metal & composite process: laser deep engraving source of laser: fiber laser industry: all industries
cutlery item features: component:spoon material: stainless steel process: laser marking source of laser:fiber or green laser industry:
features: component:gold ring material: gold or silver process: laser marking source of laser:fiber laser industry: jewellery
features: component:diamond ring material: gold or silver process: laser marking source of laser:fiber laser industry: jewellery
features: component:bangle material: gold process: laser marking source of laser:fiber laser industry:
diamond ring features: component: diamond ring material: gold process: laser marking source of laser:fiber laser industry:
features: component:bracelet material: gold process: laser marking source of laser:fiber laser industry:
features: component:ear ring material: gold process: laser marking source of laser:fiber laser industry:
features: component: bangle material: gold process: laser marking and engraving source of laser:fiber laser industry:
ankle bracelet features: component:ankle bracelet material: gold process: laser marking source of laser:fiber laser industry:
annealing marking is an oxidation process used on carbon containing metals by applying heat through laser on the surface of any metal. annealing marking generally gives a black mark with a smooth finish, but color may vary from brown, red, green etc. depending upon the heat used for marking.
used on carbon-containing metals such as titanium, steel, stainless steel, iron oxidation process can result in a variety of colors a slower, more drawn-out process common in the medical industry applications such as internal tracking and branding.
carbon migration is another type of laser marking in which a metal or metal alloy is heated, causing metal to chemically bond with its carbon molecules. this bonding brings the carbon properties to the surface of your material. when this occurs, it will often result in a dark laser marking that can even be black. this type of marking is a faster process than annealing because it provides a high amount of heat to a smaller area within a more rapid time period.
only metals and its alloys containing carbon such as steel, stainless steel, carbide, titanium can utilize this marking heating process migrate carbon to the surface produces dark markings heat is applied rapidly.
foaming is a laser marking technique used only on polymers. laser foaming is carried out by creating a molten burn on the surface. the molten surface creates an atmosphere of foaming gas bubbles. foam laser marking is usually carried on a polymer which results in a light color.
used only on polymers produces light & smooth markings material is melted, creating foam and gas bubbles
coloration laser marking is the process of adding color to a polymer or metal by controlling laser and scanner parameter such as pulse frequency, pulse width, power, speed and more. coloration on polymer occurs by foaming process while it occurs via oxidation in metals.
can be utilized for both metals and plastics the process for coloration varies, depending on your material creates contrast in both colored and black and white materials color results are based on an oxidation process
markolaser is a global supplier of excellent european laser marking machine systems. all our laser marking machine are built with european laser marking machine building technology. the heart of laser marking machines is laser marking machine generator which we import from europe and the galvos used in all our laser marking machines are from germany. however, this does not mean that markolaser laser marking machines are expensive. our laser marking machines are built with best price and quality in mind. markolaser laser marking machine is high quality at very reasonable cost.
laser beam welding is a technique in manufacturing which uses high intensity laser beam for joining different materials together. the characteristics of laser beam is that it is coherent and have monochromatic wavelength. the laser beam has high energy content and very low divergence. it produces heat when it strikes the surface
