Processing sheet metal - Import export

we process thin sheets, heavy plate, wear-resistant sheet and plate. aluminium sheets, stainless steel sheets, copper sheets, brass sheets and much more, with formates from 3000 to 8000 mm (118" to 315"), with thickness 1 mm – 180 mm (0,039" to 7") welded sheet metal structures, aluminium constructions, industrial profiles

The maximum sheet size we can process is 2000x1250mm Maximum sheet thickness 4mm

With its compact dimensions and zero inside turning radius, the Genie® GS™ - 3246 scissor lift is ideal for indoor and outdoor construction, maintenance and installation on level ground and in confined spaces Max. working height 11.75 m Max. basket capacity 318 kg Drive type Battery Own weight 2800kg

The offer of electrical installation work forms the solid foundation of our company. It is connected with the own production of electrical switchboards. high current and low current installation by installing a lightning rod design activity Production of LV switchgear (without limitation by current value)

Welding of metal and sheet metal using the MIG – MAG, TIG, Laser welding method. We weld steel sheets, aluminum, stainless steel. We produce various weldments according to the customer's request

We bend sheet metal up to and including 4 mm Maximum product length 3000mm

Allow us to briefly introduce ourselves and at the same time offer the services of our company. we precisely manufacture sheet metal parts, cabinets, covers and control cabinets made of steel, aluminum or copper sheet up to a thickness of 3 mm we treat the surface with powder paints, galvanizing we describe the screen printing method we weld or press bolts, nuts, screws onto sheet metal we have exact connector tools for 100% visual quality we make various moldings, signs (e.g. grounding) or bridges for attaching cables assembly, pre-assembly, packaging we have our own trucking company TIG, MAG and laser beam welding - we produce in small and large series

Sheet metal rolling is the process by which we give the processed material a certain shape. In our company this is done in the range of 3000mm length and 25mm thickness. Rolled sheets can be used in many industries, including car manufacturing, shipbuilding, metal furniture production, as well as in the construction and electronics industries.

Are you looking for sheet metal and profile cutting services? Profinox provides guillotines and mechanical saw machines. By using them, cutting time and costs will be greatly reduced! If you need linear edge sheet metal cutting processes at a lower cost than the laser cutting process, we recommend that you opt for guillotine sheet metal cutting – an ideal machine for performing such cutting tasks. If your needs include metal profiles that you want to cut to certain lengths and angles, we also have a high-performance mechanical saw with a high cutting speed. Therefore, whether you are looking for sheet metal or metal profile cutting services, Profinox will meet your needs.

Our work starts with precise and efficient material cutting using modern machines. Our Laser and plasma cutters are available for sheet metal processing of all grades. Laser Trumpf 4kW with interchangeable table 4000x2000mm cuts mild steel of max. 18mm with both oxygen or nitrogen. Plasma Omnicut/Hypertherm where portal is also fitted with an acetylene burner; table size 6500 x 2000mm, usually cuts max. thickness 100mm

Laser cutting bending aluminum sheet metal parts

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Metal bending is one of the most common metal fabrication operation. The sheet metal bending process involves applying a force to a sheet metal part to change its geometry. This force causes stress on the sheet metal beyond its yield strength and permanent physically deform without breaking or failing. The press brake is a commonly used equipment for sheet metal bending. It works by lowering a mould onto a sheet metal work piece positioned on a die, creating the desired form. Our modern steelwork fabrication shops have computer-aided design and detailing (CAD), which is linked directly to factory floor computer numerically controlled (CNC) machinery, creating a genuine seamless CAD/CAM environment. The accuracy of the computer-generated details being transmitted directly to the CNC machinery increases the quality standards of the production. Novelty Steel has adapted EN 1090-2 standards into its manufacturing processes supervised by experienced quality management team.

The staff of Alaia Serramenti srl also includes a team specialized exclusively in cutting and bending sheet metal. These operations, fundamental in the engineering and metalworking industry, allow us to obtain shapes and geometries of absolute precision and customized down to the smallest detail, depending on the specific application for which they are prepared. The first phase of the process consists of cutting the sheet metal, which is carried out by a specially programmed machine so that pieces of precise dimensions and shapes can be obtained. Bending, the second phase of the process, allows the sheets to be shaped, thus making them more functional for the purpose for which they are modified. Thanks to the latest generation machinery we have at our headquarters in San Cipriano d'Aversa, and the knowledge of our qualified staff, we are able to create sheets of metal with the shapes you desire, adapting them to your needs. Each type of sheet metal

Metal bending is one of the most common metal fabrication operation. The sheet metal bending process involves applying a force to a sheet metal part to change its geometry. This force causes stress on the sheet metal beyond its yield strength and permanent physically deform without breaking or failing. The press brake is a commonly used equipment for sheet metal bending. It works by lowering a mould onto a sheet metal work piece positioned on a die, creating the desired form. Our modern steelwork fabrication shops have computer-aided design and detailing (CAD), which is linked directly to factory floor computer numerically controlled (CNC) machinery, creating a genuine seamless CAD/CAM environment. The accuracy of the computer-generated details being transmitted directly to the CNC machinery increases the quality standards of the production. Novelty Steel has adapted EN 1090-2 standards into its manufacturing processes supervised by experienced quality management team.

When processing sheet metal parts by punching, lasering, plasma cutting, flame cutting, etc., a burr is always created. We have met the challenge of deburring or rounding these “sharp” edges of the workpieces in companies by developing our deburring grinding wheels and deburring rollers. By using these highly flexible tools, both on hand machines and on automatic machines, sheet metal parts can be optimally rounded or deburred. We have the right dimensions for your deburring machine! We would be pleased to advise you on which deburring rollers can be used in your processing, in order to achieve top process results.

Large Quantities: produced as cold formed parts (so-called multi-station presses), which require high output volumes in order to achieve a reasonable price parts Small Quantities: Produced as turned parts - the economic adjustment to small batch sizes Fields of application: For thermoplastics, duroplastics, light alloys, metal compounds. Industrial consumers: Electrical industry, plastics processing industry, sheet metal processing industry, telecommunications, tank- and container construction.

Our competences ,Flexible and toolbased sheet metal processing ,2D laser cutting, punched and folded parts. ,Bent wire parts madetomeasure ,Manual and automated welding. We would be happy to manufacture your preliminary products. More information available at https//www.geck.de

Stamping is the process of placing flat sheet metal in either blank or coil form into a stamping press where a tool and die surface forms the sheet metal into a net shape. Stamping includes a variety of sheet-metal forming manufacturing processes, such as punching using a machine press or stamping press, blanking, embossing, bending, flanging and coining etc. What Are the Manufacturing Processes of Stamping? Bending - the sheet metal is deformed or bent along a straight line. Flanging - the sheet metal is bent along a curved line. Embossing - the sheet metal is stretched into a shallow depression. Used primarily for adding decorative patterns.

Iron and steel represent a fundamental pillar in industrial production. Precision in the production process of metal plates, sheets and coils is crucial to the efficient use of scarce resources and economic success. As a manufacturer of measuring systems for the steel industry based on optical sensors, Micro-Epsilon offers a comprehensive portfolio without radioactivity that ensures More Precision in all applications regardless of complexity and material properties. With optimized sensor technology tailored to the respective application, innovative mechanical design, as well as cooling and protective devices, the systems meet the challenges of the processes. The high-performance signal processing and analysis software makes the systems the leading optical measuring systems on the market which detect the following parameters

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

"The alkaline zinc-iron alloy coating is very commonly applied to steel and ferrous materials. It has been used successfully for many years in the automotive and electrical industries, in equipment and mechanical engineering and also in sheet metal processing. It is characterised by a higher resistance to environmental influences. In addition to the classic galvanising process, the zinc-iron process provides a high degree of corrosion protection paired with an attractive surface design (black, silver), as well as uniform coating thickness distribution. This is a crucial advantage for workpieces with fit sizes. This process is suitable for both barrel and rack goods."

We process the following materials: ■ chrome-nickel steel ■ various types of steel ■ non-ferrous metals ■ various aluminium alloys steel processing, stainless steel, machine engineering, tool engineering, metal processing, sheet steel processing, material 16 Mo3, Hardox, 1.4301, 1.4571, 1.4404, S355, S235, metal products, steel products, supplier construction machinery, power station, energy station, offshore equipment, pipes, steel halls, metal construction, profiles, handrails, balconies, stairs, roofing, pallet warehouse, pallet inverters, scrap conveyors, transport racks, special frames, devices, die blocks, barrel press, fork shoes, fork extensions, industrial gates, fences, customized constructions, industrial service, furnaces, playgrounds, sports fields, cladding, casing, housing, covers, noise-protection cabins, machine frames, large milled parts, conveyor technology, conveyor line, plunge pools, tank barrels and much more

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

Custom Deep Drawn Parts – Quality Dee Drawing Service Ming Xiao Manufacturing Co., Ltd specialize in custom deep drawn parts more than 10 years, it’s made by hydraulic pressure machines or punch machine. material can be stainless steel 201, 304,316 and stainless iron, carbon steel, copper, Aluminum, etc. finish can be polishing, plating, powder coating, painting, etc. Deep drawing is the punch will move onto the flat sheet metal into the mold cavity in the cold forming process. Different from other drawing process, drawing a deep degree can pull more than its original diameter billet. Deep drawing technology in the production process is widely used. Drawing used in many industries. For example, you can use in the automotive industry in the production of automotive parts; also be used to manufacture household products, such as stainless steel kitchen sink,enclosure,console box or cover,motor shell… Welcome contact with us discuss your sheet metal deep drawn parts.

Custom metal stamping parts FRIMA is the professional custom metal stamping parts manfacutrer. During the metal stamping process, blanks or coils of sheet metal feed through one or more die and tool sets. These die and tool sets form and cut the sheet metal into its desired shape.

Fine blanking is a special processing of precision sheet metal stamping. Including powerful blanking precision blanking, opposing die blanking and flat blanking precision blanking. The geometric shape, dimensional tolerance, shape tolerance and shear surface quality of fine-blanking parts are much higher than those of ordinary blanking parts. Fine-blanking technology plays a very important role in the field of automobile parts manufacturing. There is an essential difference between the process characteristics of fine blanking and ordinary blanking. Normal blanking controls the tearing of the sheet during the blanking process, while fine blanking tries its best to suppress the tearing of the sheet during the blanking. The fine blanking is always kept as one body before the parts are separated from the sheet material, and the metal sheet is always in the plastic deformation process during the fine blanking process.

Cut-to-length lines for T-shaped panels Slitting and recoiling lines with automatic separators positioning Dedicated plants for pre-painted,? film-coated or other special materials (stucco-design, mesh, ground surfaces…) Special lines for panels production, with punching, shearing, roll-forming and bending Continuous punching lines Spool recoiling lines De-burring lines Combined lines with partial cut, where a part of the strip is recoiled for future use Machines for mass production or very flexible plants for small productions Cut-to-length and recoiling lines, with coils packaging stations. Customized and very enhanced productions, which integrate the sheet-metal processing with rotating turret punching (possibility of up to 24 different tools? a time, even in “multitools” solutions) or fiber laser cut.