Laser machine provider in China: Laser engraving machines are specifically designed for cutting, etching, marking, and engraving hard materials, automating the process through the use of computer software. You probably see items engraved on a laser engraver all the time without realizing it. Take a look at just about any plaque on a trophy or the signs on the office doors in your workplace. These are more than likely the product of a laser engraving machine. Laser engravers are specifically designed to focus laser light for the purpose of marking wood, metal, glass, or some other material with a preselected engraving—often images or script. Find additional details on laser printing machine manufacturer.
Many industrial marking applications use inkjet markers or laser marking systems. Let’s try to understand how both systems work in order to select the best option for your application. Then we’ll list their benefits and drawbacks, and you’ll be better equipped to choose the best solution for your application. Although both laser marking machines and inkjet printers are used to do marking on products, people are often perplexed as to which to use. In fact, the purpose of laser marking and inkjet coding is the same, both for the marking products, but their respective operating principles are very different.
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.
They can do high-speed cutting on flat surfaces and cylindrical objects such as bangles, rings, etc. They are equipped with a highly efficient material loss recovery design and come with an auto-feed system for conveyor cutting. The CPC-500 is able to cut gold/silver of thickness up to 1.2mm whereas the CPC-500 Excel is able to cut up to 3mm. Cosmo fiber laser cutting machine factory’s CPC-15EV is a water-cooled fiber laser cutting machine. It is highly recommended to cut non-precious metals such as iron, copper, aluminium, lead, zinc, steel, etc. It is able to cut flat surfaces. Its cutting area is 250mm×400mm making it good to cut long strips.
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. Read extra info at https://www.cosmolaser.net/.
CTM-GL20 is a cost-effective model that meets your requirements for all metal materials. It is possible to achieve automated production with a large working table by customizing the assembly line. Cosmo’s latest precision fibre laser cutting machine, the CPC-500G3 (Excel), is highly recommended for precious metal cutting. Its enclosed design is the preferred method for cutting gold and silver for consideration of loss. It uses an imported laser source which has a consistent quality and long lifespan. It has all the features and is easy to operate.