Casting Technology  Manufacturers, Traders, Suppliers

Technical equipment
2 fully automatic green sand SEIATSU-
moulding plants with heated, fully automatic pouring equipment as well as manual pouring line
mould sizes: Br> moulding line I
upper box 900 x 710 x 250 mm
lower box 900 x 710 x 200 mm
moulding line II
top box 1400 x 900 x 400 mm
Sub box 1400 x 900 x 400 mm
electric melting shop, consisting of
3 MF melting furnaces with 5t capacity each
automatic moulding sand preparation with
independent quality monitoring of the finished sand section
annealing shop consisting of 2
hearth-type pallet truck furnaces for 8t of annealing material each and a 2-tonne annealing furnace with automatic atmosphere control, measurement data acquisition and protective gas atmosphere (nitrogen)

die casting

zinc die casting and aluminum die casting

automotive, electronic connectors, smart home furnishings, telecommunications, power tools, mechanical components, AI devices, and more.

Casting technology is a process in which metal or other materials are melted and poured into prefabricated molds to produce components with specific shapes and properties after cooling and solidification. This technology has always played a central role in the manufacturing industry and has evolved from the early, simple sand casting processes to modern, high-precision die casting and investment casting processes. In the casting process, the careful design and manufacture of the mold is crucial, as is the precise control of the melting process, injection pressure, cooling phase and subsequent finishing to ensure the dimensional accuracy, mechanical strength and surface quality of the casting. Through the use of computer-aided design (CAD) and computer-aided manufacturing (CAM), casting technology has become digitized and automated, significantly increasing production efficiency and reproducibility while reducing production costs. Advances in material technology make it possible to process not only traditional metals such as aluminum, iron and copper, but also modern high-performance alloys and lightweight materials that are indispensable in industries such as aerospace, automotive, mechanical engineering and electronics. In addition, environmental protection is increasingly becoming the focus of casting technology, with optimized processes and recycling methods being used to achieve sustainable and resource-saving production. Overall, casting technology represents an essential basis for modern production processes, enabling complex components to be manufactured in large quantities and with excellent quality, thus making an indispensable contribution to competitiveness and innovation in the industry.

Casting technology refers to processes in which molten metal or other materials are poured into a mold and take on certain shapes and properties after cooling. This process is used in numerous areas. In the automotive industry, casting technology is used to produce key components such as engine blocks, transmission housings and chassis components to ensure the performance and durability of vehicles. In the aerospace sector, casting technology is used to produce aircraft engine parts and structural components that require high strength and lightweight construction. In the energy sector, casting technology is used to manufacture components for wind turbines and nuclear power plant equipment to support the production of renewable and traditional energy sources. In addition, casting technology plays an important role in areas such as medical technology, rail transportation and construction by enabling the production of metal parts with complex shapes and high precision, underlining its key position in the modern manufacturing industry.