Automated multi-station cold/warm/hot extrusion presses designed for rapid part forming and massive cycle yields.
High-tonnage die-forging systems optimized for heavy duty structural metals and precise thermo-mechanical properties.
Ultra-precise isothermal gas forming for advanced titanium alloys, specifically compliant with EU CE standards.
Constant-temperature forming technology designed to process hard-to-deform alloys with zero grain flow disruption.
Lombardy, centered around the metropolitan power of Milan, stands as the core engine of Italian industrial production and a top-tier manufacturing hub across the European Union. Traditionally famous for design, fashion, and commerce, Milan is simultaneously the critical supply center for Italy’s high-precision engineering, premium automotive component production (serving major European brands), aerospace engineering, and defense sectors. Within this regional dynamic, the demand for high-capacity, sophisticated metal forging and composite forming machinery has evolved past basic mechanical stampings.
Worldwide, the metal forging sector is undergoing a massive transformation triggered by the electric vehicle (EV) revolution and aggressive emissions targets. Traditional steel components are increasingly replaced by high-strength light alloys (aluminum, magnesium, and titanium). This requires forming factories and machine exporters to deliver press systems featuring highly specific velocity control profiles, variable pressure distributions, and precise thermal regulation.
Technologies such as Hot Stamping (press hardening) and Internal High-Pressure Hydroforming are critical in manufacturing battery enclosures, crash boxes, and ultra-high-strength steel passenger cages. These parts display no springback and achieve yield strengths exceeding 1500 MPa, ensuring passenger safety while maintaining a lean structural profile.
Our export pipeline directly supports Italian toolmakers, heavy machinery workshops, and Tier-1 automotive and aerospace suppliers based throughout Milan, Brescia, Bergamo, and Varese. By delivering machines engineered for rigid compliance with EU standards, including integration of digital twins, telemetry protocols, and energy recovery systems, we ensure Milanese manufacturers maintain their edge in the competitive global supply market.
Ideal for complex hollow tubes and structural body parts, reducing weld joints and maximizing mechanical yield.
Delivers high structural integrity for crash-critical automotive parts using boron steel blank thermoforming.
Designed for automated rapid mass production, integrating multi-die tooling and electronic transfer bars.
Enables dramatic deformation rates in aerospace titanium and aluminum alloys under micro-strain rates.
Engineered for lightweight carbon fiber and glass-reinforced thermoplastics to support sustainable structures.
As the European Green Deal and strict circular economy principles reshape industry operations in Milan, companies are modernizing their manufacturing facilities to minimize material waste and energy demand. The technical roadmap for our high-precision hydraulic forming systems centers around three major innovation pillars:
By replacing traditional proportional valve system operations with state-of-the-art servo-driven hydraulic pump configurations, our machinery reduces operational energy consumption by up to 50%. The control system manages variable speeds and pressure controls in real-time, matching dynamic deformation profiles. This level of precise monitoring minimizes heat dissipation, reducing the need for heavy cooling systems and extending the operating life of seals and hydraulic fluids.
Every press line shipped to Milan can be configured with integrated vibration sensors, temperature probes, and micro-pressure transponders. Connected through industrial OPC-UA interfaces to localized factory networks, these parameters enable predictive analytics that flag seal degradation or pressure anomalies before they lead to downtime. This integration directly aligns with Italy's Industry 4.0 fiscal frameworks (such as Transition 4.0), supporting tax incentives for Milanese engineering firms.
Lighter, high-strength structural parts require hybrid material forming. Beyond metal processing, our systems support multi-stage compression molding of glass-fiber and carbon-fiber reinforced materials (SMC, BMC, and HP-RTM). This allows aerospace and luxury automotive developers in the Varese and Milan districts to prototype and manufacture complex shapes in single-operation runs, streamlining assembly times and saving valuable space on the factory floor.
Chongqing Jiangdong Machinery Co., Ltd. (Jiangdong Machinery) is a comprehensive forging manufacturer integrating R&D, production, sales, and service of hydraulic presses, lightweight forming technology, lightweight parts, hot and cold stamping dies, and metal castings. Our automated, intelligent, and flexible hydraulic presses and production lines are designed to meet the demands of modern manufacturing. We offer complete metal and non-metal hydraulic forming systems alongside integrated process solutions, with a strong focus on weight reduction for the automotive sector.
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A delegation of customers recently toured our manufacturing facility to evaluate our sheet metal forming capabilities, technical systems, and quality control processes, establishing a strong foundation for long-term collaboration.
Our teams recently hosted partners from Thailand, Indonesia, and Malaysia to discuss new customized press lines and lightweight manufacturing solutions.
As a leading Chinese designer of heavy-duty hydraulic press lines, Jiangdong Machinery is expanding its export operations to serve key manufacturing hubs across Europe, including Milan and Northern Italy.
Robust open-die hydraulic systems designed for custom shape creation, heavy shafts, and large metallurgical blocks.
Advanced systems designed to process aluminum and magnesium alloys in semi-solid or liquid states, reducing structural defects.
High-pressure, uniform-density compacting presses for manufacturing grinding wheels and technical abrasive parts.
Specially sealed compression presses designed to withstand carbon powder wear and build high-quality electrodes.
High-precision bolster positioning and micro-inching systems designed to verify heavy automotive sheet metal dies.
Multi-axial powder compaction presses designed for powder metallurgy parts, gear blanks, and magnet materials.
Dual-cylinder control blanks holder press optimized for wrinkle-free deep-draw automotive body paneling.
Precision temperature-regulated composite molding systems optimized for aerospace structures and lightweight vehicles.
Whether you require a custom high-pressure hydroforming system or an automated hot stamping line for a facility in Lombardy, our engineers are ready to assist with design and integration.
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