Engineered for structural durability and performance under harsh Arctic offshore operations.
High efficiency vertical drawing systems customized for Norway’s subsea accumulation systems and marine high-pressure hydrogen storage solutions.
Fully automated horizontal drawing systems, delivering high thickness uniformity required by European transport and marine fuel storage standards.
Heavy-duty gantry alignment press systems designed for shipyards and offshore wind tower plate fabrication in Norway marine ports.
Intelligent bar stock straightening systems optimizing transmission shaft manufacturing for hydro-turbines and marine propulsion systems.
Norway is internationally recognized for its pioneering contributions to offshore engineering, subsea processing, maritime transport, and carbon capture infrastructure. Due to the extremely harsh environments of the North Sea and the Arctic, industrial equipment, components, and structural segments require unprecedented durability, material consistency, and precise dimensional control.
Norway's ambitious climate policies and commitment to the European Green Deal have driven rapid growth in wind power structures, green hydrogen logistics, and electrified maritime transport. Consequently, Norway's manufacturing supply chain demands high-precision component forming technologies capable of forming titanium, superalloys, advanced duplex steels, and ultra-high-strength composites.
These demanding conditions call for specialized machinery that meets NORSOK standards, CE compliance, and strict environmental directives. Our advanced high-pressure forming systems, isothermal forging equipment, and lightweight composite lines are specifically optimized to support Norwegian tier-1 manufacturers in achieving high compliance, zero-defect rates, and structural safety.
Specialized industrial forming solutions focusing on sheet metal stamping, composite molding, and high-precision isothermal processes.
Delivers high tensile strength components up to 1500 MPa, ideal for marine hulls, structural crash components, and weight-sensitive applications.
Forming of complex hollow components using fluid dynamics, minimizing seams, maximizing mechanical strength for subsea pipelines.
Automated processes to ensure consistent high-volume delivery of safety-critical shafts and drive components.
Direct compression molding technology offering high impact resistance and weight savings for naval architectural modules.
Fast-curing resin technology, yielding aerospace-grade finishes and structural tolerances for lightweight carbon composites.
Broad-range thermosetting compound molding systems suited for manufacturing weather-resistant outdoor power cases and offshore battery enclosures.
Maintains uniform die and material temperatures to forge sensitive superalloys and intermetallics for aerospace turbine rotors.
Optimized for processing titanium and aluminum alloys, utilizing gas pressure to form intricate aerospace and marine bulkhead panels.
Designed for high-depth drawing cycles for compressed natural gas (CNG), hydrogen storage tubes, and subsea accumulation devices.
Providing custom engineering paths for lightweighting, structural integrity, and sustainable manufacturing processes.
Our hydroforming solutions use pressures up to 300Mpa to form complex tubular parts. By eliminating mechanical joints and minimizing material waste, this system is ideal for subsea flow loops, subsea manifolds, and marine cooling systems used in coastal Norway.
Hot stamping of boron steels ensures high safety and strength-to-weight ratios. The integration of rapid cooling dies ensures exact phase transitions, critical for heavy structural safety frames and components in defense systems.
For small, high-density mechanical parts, our cold extrusion and fine blanking presses combine speed with dimensional accuracy. Ideal for hydraulic motors, marine propulsion systems, and offshore transmission gearboxes.
Titanium alloys, widely used in corrosive marine and aerospace settings, require precise thermal control. Our superplastic forming (SPF) and isothermal presses prevent structural cracking and micro-fractures, ensuring reliability in deepwater components.
In response to Norway’s electrification of high-speed passenger ferries and utility vehicles, we supply fully integrated composite forming lines. These systems produce high-strength carbon fiber panels and lightweight glass-fiber components that withstand salt spray and heavy ocean spray.
Chongqing Jiangdong Machinery Co., Ltd. ("Jiangdong Machinery") is a comprehensive forging enterprise integrating R&D, production, sales and service of high-tonnage hydraulic presses, lightweight forming technology, lightweight parts, hot and cold stamping dies, metal castings, etc. Our hydraulic presses and production lines feature advanced automation, intelligence, and flexibility.
Jiangdong Machinery offers customers metal and non-metal forming equipment alongside integrated technological solutions. We focus on lightweight structures for automotive and offshore marine applications, helping Norwegian and global tier-1 suppliers implement sustainable, energy-efficient manufacturing processes.
Contact Our Technical EngineersHeavy-duty industrial presses and automated lines supporting global procurement requirements.
For production of high-density electrical pressboard insulation panels, suitable for large grid power transformers.
Offers high accessibility for sheet metal blanking, bending, and assembly operations in marine fabrication shops.
Cost-efficient sheet drawing solutions featuring dynamic blank holder controls to minimize material tearing.
Precise density controls for manufacturing sintered bronze bearings, wear rings, and structural powder metal parts.
Forming systems for carbon blocks, graphite anodes, and specialized refractory materials for smelting processes.
Specially sealed structures designed for abrasive environments, producing high-density grinding discs and blades.
High tonnage production lines built for heavy structural components, bracket forming, and agricultural machinery bases.
Micro-inching adjustment systems and high-precision slide positioning, ensuring reliable mold validation and tryout processes.
High-end technical equipment configured for aerospace, subsea, and energy transport systems.
Semisolid forming technologies reducing structural weight while maintaining tensile strength, ideal for high-speed marine impellers.
Conforms with European CE directives, configured for high-temperature superplastic deformation of titanium and nickel-based superalloys.
Rapid cycle operations for manufacturing carbon fiber automotive interior components and light composite protective casings.
Comprehensive service cycle from customized design, installation, and field commissioning to lifecycle spare parts support.
Adapting hydraulic press speed, tonnage, stroke configurations, and thermal zones to integrate with existing client automation systems.
Providing real-time diagnostics, remote PLC program updates, and sensor analytics to minimize line downtime.
Structured maintenance procedures, calibration cycles, seal assessments, and frame inspections to ensure long equipment lifespans.
Field dispatch services for installation, safety verification, and operational operator training.
Fast dispatch of critical seals, valves, cylinder liners, and electrical components from our European partnerships.
Consult with our design team for specialized projects.
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A delegation of Indonesian industrial customers recently visited our manufacturing facility to evaluate our engineering capabilities, heavy-tonnage hydraulic presses, and automatic sheet metal lines. This visit established a foundation for cooperative projects within the Southeast Asian automotive and structural forming sectors.
During the first quarter of 2026, partners from Thailand, Indonesia, and Malaysia visited Jiangdong Machinery to evaluate our multi-station hot stamping lines and composite compression molds.
Jiangdong Machinery presented its newest smart internal high-pressure hydroforming systems and energy-efficient digital hydraulic control units at the international industry expo.
Answers to common questions regarding logistics, material processing capabilities, international standards compliance, and custom design processes.
All machinery built for Norwegian and European clients complies with the EU Machinery Directive (2006/42/EC), Low Voltage Directive (2014/35/EU), and EMC Directive (2014/30/EU). Our structures are manufactured from certified materials, and electrical units use premium, localized components (e.g., Siemens, Rexroth, Schneider). For offshore and maritime deployment, we coordinate design and fabrication to align with DNV-GL marine standards and NORSOK structural specifications.
Our specialized high-temperature presses are engineered to process high-strength aluminum alloys (such as 2xxx, 7xxx, and 8xxx series), titanium alloys (predominantly Ti-6Al-4V, Ti-6242), nickel-based superalloys (Inconel 718, Inconel 625), and duplex stainless steels. The thermal control systems maintain temperature variations within +/- 3°C at operating temperatures up to 950°C, ensuring structural integrity during deformation.
We offer full customization for vertical and horizontal drawing production lines. This includes pressing force (up to 30,000 kN), draw stroke, speed control profile, and integrated thermal processing systems (induction heating, hardening, tempering). Auxiliary equipment, including automated loaders, wall thickness measurement systems, and ultrasonic testing equipment, can also be integrated.
Our intelligent hydraulic presses are equipped with a network of high-precision sensors that monitor hydraulic pressure, fluid temperature, mechanical vibration, and slide alignment. This data is processed in real time by our edge-computing units. Through secure VPN connections, our Chinese and European support teams can perform remote diagnostics, optimize pressing curves, and alert operators to necessary seal replacements or component wear before an unplanned shutdown occurs.
Standard industrial presses typically require a production lead time of 6 to 8 months, while large-scale automated lines may take 10 to 12 months, including initial assembly and testing at our Chongqing facility. Once the machinery passes validation, it is shipped to Norwegian ports (such as Oslo, Bergen, or Stavanger). Our engineers then travel to the customer's site to supervise installation, perform commissioning, calibrate systems, and conduct operator training, which generally takes 3 to 6 weeks depending on project complexity.
Contact our engineering team to discuss your project requirements, request a quotation, or receive detailed technical catalogs for our hydraulic press lines.
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