Industrial cutting of metals - Import export

Our services include water sheet metal cutting. The parts we cut comply with the EN 1090 standard, and therefore with the CE mark. We use the waterjet cutting method for various types of parts whose dimensions do not exceed 2000 x 4000 m and whose thickness is up to 200 mm. We cut with a stream of water with an admixture of abrasive at a pressure of 60,000 PSI, without introducing heat into the material, so we can cut in addition to steel materials: - stone - marble - plastic - rubber - glass The WaterJet method, or waterjet sheet metal cutting, involves the use of a jet of water at very high pressure - often supplemented by the addition of an abrasive. The jet is directed at the surface to be processed, which makes it possible to cut a shape in it with the desired dimensions. Modern WaterJet technology is an attractive alternative to plasma or laser cutting.

One of the areas of ESTIMET's offer is laser cutting, used for precision processing of sheet metal, pipes and profiles. In ESTIMET's machine park we have two fiber lasers of 6 kW and 8 kW. Thanks to these devices, we can precisely cut elements with maximum dimensions of 2000 x 4000 mm. Our laser cutting services comply with the EN 1090 standard, as confirmed by the CE mark. We are ready to take on even the most demanding orders, offering to cut sheet metal made of a variety of materials, such as carbon steel, stainless steel, aluminum, copper or bronze. We also have a gas burning machine, dedicated to metal sheets up to 150 mm thick. In addition, we have specialized machines for cutting pipes, profiles and sections with maximum dimensions of 450 x 450 mm. We can cut tubes and profiles in straight sections as well as at an angle. The range: steel: 0,5 - 25 mm INOX: 0,5 - 30 mm aluminum: 0,5 - 25 mm brass: 0.5 - 10 mm copper: 0.5 - 10 mm galvanized: 0.5 - 4 mm

Erhardt+Leimer type: MD 1003 Working width 2700mm Detector speed from 0.5m / min to 400m / min Detects metals below 2mg with a diameter of 0.8mm

Plasma (gas) cutting service is an efficient metalworking method that is used in many industries. It uses a high-temperature electric arc to melt and cut through metals, resulting in a precise and clean cut, even for thick materials. It is an extremely versatile process that can be used for both straight-line cutting and the cutting of intricate shapes, making it invaluable in the production of metal structures, machine components or even artistic works.

Using state-of-the-art technology, we offer a laser cutting service that provides unparalleled precision and excellent workmanship. Our machinery is equipped with the latest equipment, enabling us to cut a variety of metals to the highest standards. Thanks to automated processes and the experience of our specialists, we are able to complete even the most complex projects with speed and accuracy that will meet the expectations of the most demanding customers. Laser cutting in our company is carried out on high-end fiber optic cutters processing materials according to the following parameters: - structural steel - up to 25 mm - stainless steel - up to 25 mm - aluminum - up to 20 mm - brass, copper, bronze - up to 8 mm Maximum dimension of the processed sheet 2000x4000 mm.

Laser cut companies have become quite prominent in metalworking industries. Choosing Marxam Project, you are choosing a reliable partner with decades of experience. Sheet metal laser cutting is a technology that allows you to quickly and cheaply obtain an element of any complex shape from various types of flat sheets. The undoubted advantages of laser cutting are: - cutting laser offers freedom of shapes, limited only by the properties of a material; - cutting metal with repeatability of details at the level of 100%; - for given types of materials and their thickness, the laser cut surface is of a quality that allows the elimination of the finishing process; - the best possible use of the surface of the material – thanks to the use of appropriate computer programs, with our laser cutting services, we obtain a large percentage of sheet metal use, and we can properly optimize the production process; - it allows to reduce the effect of heat on the deformation of the cut material