Exhibition Overview - Metalloobrabotka is the largest global machine tool and advanced metal processing technology trade fair in Eastern Europe and the CIS, established in 1984, and now ranks among the top ten machine tool trade fairs globally [2] - The exhibition attracts professional visitors from various sectors including mechanical manufacturing, defense, aerospace, heavy machinery, locomotive manufacturing, oil and gas engineering, shipbuilding, metallurgy, power plant engineering, industrial robotics, and automation [2] Event Details - The event will take place from May 12 to May 15, 2026, at the Crocus International Exhibition Center in Moscow, organized by the Moscow International Exhibition Company, and is held annually [3] Exhibits Range - The exhibition will feature a wide range of products including: - Metal forming machinery such as mechanical and hydraulic presses, CNC machine tools, and laser equipment [5] - Metal cutting machines including smart machine units, heavy-duty machine tools, and non-traditional machine tools [5] - Casting, welding, heat treatment, and coating equipment, as well as various metal cutting tools [5] - Accessories, equipment, components, molds, hardware, and software including CNC programming systems and automation tools [6] Machine Tools and Accessories - The exhibition will showcase various machine tools including turning, milling, boring, drilling, grinding, and electric discharge machines, as well as CNC bending and shearing machines [7] - It will also feature a range of cutting tools, measuring instruments, and manual, pneumatic, and electric tools [8] - Additionally, machine tool accessories such as functional components, electrical devices, and logistics equipment will be presented [8]

Core Viewpoint - The 21st China (Shanghai) International Foundry and Casting Exhibition will take place from December 2 to 4, 2025, at the Shanghai New International Expo Center, showcasing advancements in the foundry industry and providing a platform for over 1,000 companies and 30,000 professional visitors to engage in product procurement and technology exchange [3][5]. Group 1: Event Overview - The exhibition has been held since 2005 and has become a high-standard, professional, and authoritative brand event in the foundry industry, promoting innovation and green casting practices [3]. - The event will cover an exhibition area of 40,000 square meters, featuring over 1,000 foundry and related enterprises [3]. - The exhibition aims to help industry leaders understand global foundry trends and create a one-stop procurement platform for products, materials, and equipment [3]. Group 2: Previous Exhibition Review - The 20th exhibition attracted 859 companies and 27,695 attendees from 48 countries and regions, with domestic visitors numbering 24,432 and overseas visitors reaching 3,263, marking a 30.65% increase in overseas attendance compared to the previous year [5]. - The event included multiple technical seminars and online live broadcasts, engaging over 100,000 participants through digital platforms [5]. Group 3: Benefits of Participation - Companies will promote their core technologies to 30,000 professional users, enhancing brand exposure and procurement influence [6]. - Continuous services will be provided before, during, and after the event, including technical exchanges, high-end forums, and factory visits [6]. - Participants can engage in various activities such as keynote forums and roundtable discussions to gain insights from global industry experts [6]. Group 4: Exhibition Scope - The exhibition will feature a wide range of products including castings made from various materials such as steel, iron, and non-ferrous metals, as well as components for automotive, machinery, and other industries [8]. - It will also showcase casting equipment, post-processing equipment, and measurement and testing devices essential for the foundry industry [9][10]. - Additionally, a variety of casting materials will be presented, including alloys, refining agents, and refractory materials [11].

Core Viewpoint - Shibaura Machinery is entering the Gigacast market with a new aluminum casting equipment aimed at significantly reducing manufacturing processes and costs for electric vehicles (EVs) [1][3]. Group 1: Product Development and Market Entry - Shibaura Machinery plans to launch aluminum casting equipment for Gigacast technology, targeting annual sales of 10 units [1]. - The company has developed casting equipment with clamping forces ranging from 6,100 to 12,000 tons, enabling the production of larger components [2]. - The equipment, with a clamping force of 12,000 tons, is the largest in Japan, measuring approximately 27 meters wide, 9 meters long, and 9 meters high, weighing 1,100 tons [2]. Group 2: Market Potential and Growth - The global market for Gigacast-related automotive applications is projected to grow to approximately $3.6 billion by 2033, a 50-fold increase from $71 million in 2023 [3]. - Shibaura Machinery aims to capture this growing demand as a new entrant in the market, with trends indicating an expansion in the use of Gigacast technology in EV manufacturing [3]. Group 3: Competitive Landscape - Competitors, including UBE Machinery, are also advancing in this field, with UBE developing a 9,000-ton clamping force equipment and securing orders from Toyota [3][4]. - Chinese companies, such as Lijiang Technology Group, are developing even larger equipment with clamping forces of 20,000 tons, indicating a competitive international landscape [4]. Group 4: Technological Advantages and Challenges - Gigacast technology allows for the production of large automotive components in a single piece, significantly reducing manufacturing time compared to traditional methods [4]. - However, challenges remain, including the potential for high repair costs if parts fail and difficulties in maintaining consistent quality due to the size of the components [6]. - The stability of the EV market is also a concern, with fluctuations in government policies and sales trends impacting the overall demand for Gigacast technology [6].