Excellent laser marking machine manufacturer? CTM-20m/CTM-50m is able to do fine marking/deep engraving even thin metal cutting with fast speed on all metals. It uses a fully enclosed air-cool laser system. It is also able to do rotary 360-degree continuous marking on bangles, rings and other circular objects. Find extra information on laser machine manufacturer. Sparrow20E is a 20W air-cooled fiber laser machine. It is Sparrow20’s split unit. The same functions, small and compact, weighs only 30kg, and comes with WINDOWS-based marking software and a manual. Aside from the need for an additional computer/laptop, the machine is identical to the Sparrow20. Switches are both on the machine and the PC, very simple to use.
High brightness – Lasers are the brightest light source of our time, comparable only to the intense flash of a hydrogen bomb explosion. The brightness of sunlight is about 1.865 × 109 cd / m2, and the output brightness of a high-power laser can be 7 to 14 orders of magnitude higher than that of sunlight. Although the total energy of the laser is not necessarily large, because of the high concentration of energy, it is easy to produce high pressure and tens of thousands of degrees Celsius or even millions of Celsius in a tiny spot. Practical applications such as laser drilling, cutting, welding and laser marking take advantage of this characteristic.
The position capture fiber laser marking machine(CTM-20CM) is based on CTM-20, with a position capturing camera system. It has a positioning function that eliminates inaccurate marking due to human error. Its advantages are reflected in being able to do batch marking of multiple work pieces accurately irregardless of position within the marking area. Different work pieces can be set to mark different patterns. It can automatically retrieve the previous marking position and accurately repeat the marking. Its design is time-saving so that achieve high-precision assembly line automated production.
Laser marking machines use laser beams to reveal the deep of material or cause physical changes in the object, then operational traces appear so that the material emerges with the desired graphics, images, text, and other permanent marks. Laser marking processing is divided into two types: thermal processing and cold processing. In thermal processing, a high-energy-density laser beam is irradiated on the surface of the material being processed. The absorbed laser energy causes a thermal excitation process in the irradiated area, causing the temperature of the material surface (or coating) to rise, resulting in metamorphism, melting, ablation, evaporation, and other phenomena.
SW-1 is a high-precision spot welding machine designed for industries that require precise welding with highly consistent laser output at high frequency and pulse rate. Because the welded area is small, there is minimal deformation and a smooth welded finish. The model HW-1 can be used with a variety of metals and alloys, including titanium, stainless steel, carbon steel, copper, aluminum, etc. It is extensively utilized in the intricate and erratic welding processes of cabinets and kitchens, stairlifts, shelves, ovens, guardrails for stainless steel doors and windows, distribution boxes, stainless steel furniture, metal sheet metal, and other industries. See even more info at https://www.cosmolaser.net/.