Steels and metals - forming and cutting - Import export

Laserskjæring av konstruksjons-, rustfrie, aluminium- og forzinket plater. Maksimal platestørrelse: 4000mm x 2000mm, tykkelse opptil 25mm.

Kokeneen tiimin ja nykyaikaisten koneiden ansiosta ESTIMET pystyy käyttämään lähes kaikkia arkkiin liittyvää tehtävää. Valssattujen elementtien reunat ovat taivutetut, mikä poistaa tarpeen käyttää ns. catwalkeilla. Tämä vähentää syntyvän jätteen määrää. Tyytymättömien kiintoaineiden romahtaminen voidaan suorittaa mikrojuoksuilla kierukkamaisen elementin kriittisissä osissa. Roll up -toiminnon jälkeen mikrohiukset poistetaan meiltä.

Bøying av plater på numerisk styrte kantpresser, opptil knekkelinjens lengde (bøyingslenge) 5000mm

Our machines can cut virtually any material up to a thickness of 200 mm. We have one of the largest tables, dimensions of 4000 x 2000 mm. Water jet cutting technology does not use gas, does not input heat to the material, is extremely precise and allows you to cut virtually anything. Water jet cutting gains popularity as one of the basic methods of cutting different materials, including sheet metal. Cutting is performed with the use of a jet of water (60 000 PSI) with abrasive additives, which together allow cutting of materials such as steel, marble, stone, foam, rubber, plastic, glass.

Often used as an alternative to gas cutting, plasma cutting is a reliable method of cutting sheets of blackplate, stainless steel and aluminum up to a thickness of 40 mm. Our machine allows sheets with dimensions of 6000 mm x 2000 mm to be cut. Plasma cutting is one of the most popular steel sheet cutting methods. It is especially appreciated in the case of cutting thick sheets of aluminum or stainless steel. The large working area makes this method unbeatable by technologies such as laser cutting or water jet cutting. ESTIMET offers plasma cutting services for companies from many different industries across Europe. We carry out orders involving series of many thousands of elements, we also produce single elements we the needs of prototypes. Our factory has been created specifically for the needs of sheet metal processing services. Thanks to automation, as well as our committed staff, production is carried out 24 hours a day.

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

We are offering CNC laser cutting from alluminium. On the picture: alluminum - 15 mm. Our CNC controlled lasers with a power of up to 6 kW work 24 hours a day. We carry out services on our own or on customers’s material. We cut the whole range of various types of materials. Services are performed on cutting-edge machines with a working area of 4000 x 2000 mm and a cutting thickness of 25 mm. Laser cutting is becoming more popular as one on main methods of steel cutting. This is due to high precision, outstanding quality and amazing speed of cutting. Laser cutting technology easily cuts steel and other materials with a precision that is out of reach of other technologies. ESTIMET offers laser cutting services for companies from many different industries across Europe. We carry out orders involving series of many thousands of elements; we also produce single elements we the needs of prototypes. Our factory has been created specifically for the needs of sheet metal processing services.

Water jet cutting services allow to ensure high quality of the machined surface for details with large thicknesses and complex geometric shapes (high density of cutting lines on a small area, small diameters of holes – of even 1mm). The use of aqua cutting with high pressure, containing fine abrasives, allows to achieve new production effects, which were impossible or time-consuming and expensive using other methods. Using this method, we can process, materials such as: - Ceramic materials - Glass - Plastics - Titanium and its alloys - Materials sensitive to high processing temperatures - Structural, alloy and tool steels (of any degree of hardening) - Cast iron, steel - Copper, brasses, bronzes - Molybdenum and its alloys - Wood and wood-based materials Waterjet cutting technology is one of the most environmentally friendly processing methods. The abrasives used are of natural origin and are chemically inert, and the process itself does not generate any harmful waste.

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