MAGYARMET Kft. has been using the lost wax process for the serial production of high value alloy steel products since its foundation in 1981 and is nowadays the leading Hungarian investment foundry. Our ready-to-assemble components are being used in various branches of the processing industry (pumps and valves, power engineering, food processing industry, chemical and petrochemical engineering, instrumentation and flow control, big motor production, railway equipment, automotive industry, general engineering, processing equipment, etc.)
During the past 40 years the technology has been steadily improved and automated. The biggest feasible part would be about 45 kg, with max. dimensions 500 x 500 x 400 mm. MAGYARMET unites the precise and reliable lost wax process with a wide variety of materials: low- and high-alloy steels, corrosion- and heat-resistant steels, wear-resistant alloys, Ni- and Co-based alloys, bronze.
The continuous development and the aim to satisfy the demands of various markets led MAGYARMET to start rapid prototyping. This technology joins together the high-tech laser printing technology and the exceptional development of MAGYARMET during several decades in precision investment casting. Rapid prototyping based on 3D printing makes it possible for customers to get the required part machined and ready-to-assemble within two weeks.
MAGYYARMET offers full service and ready-to-assemble parts. Our machining shop currently has more than 20 CNC turning and milling machines, NC controlled key-seating machine and other conventional machines at service.
Fabricated Metal Products, Steel, Flats, steel, hot rolled, Basic metal products, Metals, Machinery & Engineering, Ingots, steel, to customer specified shapes, Ingots, iron, low carbon, Billets, iron and steel, Ingots, alloy steel, for forging, Ingots, stainless steel
HQ Location
Kanizsai u. 12
Bicske, 2060, HU
Keywords
pumps and valvesfood processing industrychemical and petrochemical industrypower engineeringautomotive industryvehicle industrygeneral engineeringprocessing equipmentinstrumentationflow control