Explore our industrial high-speed machinery systems designed to deliver uncompromising speed, reliability, and precision across critical industrial applications.
Advanced High-Pressure Resin Transfer Molding for aerospace and high-end automotive composite production.
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Precision forming machinery designed for heavy abrasive material compression and automated line scaling.
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Engineered specifically for short-cycle thermoforming and composite compression with minimum footprint.
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Open-gap dynamic single-column presses for structural integrity, tooling versatility, and high rigidity.
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Automated deep drawing and edge trimming manufacturing cells for high-yield metalware production.
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Direct compounding and compression molding process for lightweight, high-impact composite parts.
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Customized systems for thermal forming, blanking, and edge-folding of noise insulation interior elements.
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Integrated progressive robotic transfer systems designed for rapid cold, warm, or hot precision forgings.
Explore ProductIn-depth insights into technological transformations, global carbon neutrality goals, and advanced structural lightweight forming methodologies.
The global metal forming and composite manufacturing landscapes are undergoing a fundamental transformation. Driven by stringent environmental legislation and electric vehicle range optimization requirements, manufacturers are pivoting toward advanced high-strength steels (AHSS), lightweight aluminum, and carbon fiber composite materials. Producing these complex shapes demands high-precision control of pressure, speed, and heat profiles.
Advanced forming processes, such as Hot Stamping Hydraulic Press lines, Superplastic Forming (SPF), and High-Pressure Resin Transfer Molding (HP-RTM) systems, are essential. These processes allow engineers to form intricate parts with high structural strength while minimizing total weight, improving component performance and manufacturing yield.
Modern production facilities require more than standalone machinery; they demand integrated, intelligent networks. Standard machinery is evolving into cyber-physical units equipped with arrayed sensor suites, real-time feedback loops, and automated diagnostics. Utilizing AI models allows operators to perform predictive maintenance on hydraulic sealing structures and servo valves, avoiding catastrophic downtime.
Additionally, multi-station automation with high-precision robotic transfers ensures consistent cycle times. Smart HMI panels enable operators to adjust tooling settings on the fly, maximizing flexibility and minimizing changeover times.
Selecting the right production partner requires verifying technical capabilities, automation compatibility, and post-installation support. Modern heavy-forming presses must feature closed-loop hydraulic oil temperature control, high-efficiency servo pump drive structures, and compliance with CE, OSHA, and global safety protocols.
Our comprehensive production program targets Sheet Metal Stamping, Metal Forging, Composites Forming, and Special Industrial Processes.
Jiangdong Machinery delivers tailored, turnkey industrial solutions that span material research, mold development, and complete production equipment.
Designed to manufacture complex tube configurations with dynamic thickness variation, reducing component count and weight.
Enables processing ultra-high-strength steel sheet parts (up to 1500-2000 MPa tensile strength) under precise thermal parameters.
Incorporates multiple processes—like cold extrusion, progressive punching, and fine blanking—into a single high-efficiency line.
Tailored for specialized aerospace metals (titanium and nickel superalloys) that require precise thermo-mechanical conditions.
Engineered to process thermo-plastic and thermo-set composite parts under strict temperature profiles. Perfect for manufacturing composite vehicle body parts, EV battery enclosures, and aviation structural segments.
Chongqing Jiangdong Machinery Co., Ltd. (hereinafter referred to as “Jiangdong Machinery”) is a comprehensive forging enterprise integrating R&D, production, sales, and service of heavy hydraulic presses, lightweight forming technology, lightweight parts, hot and cold stamping dies, and metal castings.
Our hydraulic systems, high-speed press assemblies, and automated lines deliver advanced automation, intelligence, and flexibility. Jiangdong Machinery provides metal and non-metal hydroforming machinery and integrated technology, with a particular focus on automobile lightweighting and high-precision structural integrity.
Translating modern procurement criteria and technical roadmaps into reliable production systems.
Global automotive, aerospace, and energy enterprises evaluate suppliers using strict standards. Industrial equipment selection must account for:
Our long-term engineering development roadmap aligns with advanced manufacturing trends:
Comprehensive service structures designed to maintain high performance, reliability, and machinery uptime.
Customized Engineering
Remote Diagnostics
Preventative Maintenance
On-Site Support
Original Spare Parts
Safety Audits & Retrofits
Stay informed on metal forming developments, technological breakthroughs, and international partnerships.
An Indonesian industrial delegation visited Chongqing Jiangdong Machinery to evaluate manufacturing capacity, automated assembly lines, and technology integrations. This visit establishes a framework for exporting customized high-speed stamping systems and hydroforming lines to the Southeast Asian market.
Read Full Report →Delegations toured production facilities to review assembly and tooling processes, laying a solid foundation for regional collaboration.
Partners from Thailand, Indonesia, and Malaysia visited the facility to inspect specialized composite lines and discuss regional service support.
Jiangdong Machinery showcased its latest advancements in HP-RTM and isothermal forging machinery, addressing global aerospace and electric vehicle production demands.
Technical guidance and expert answers covering performance parameters, safety compliance, and custom hydraulic solutions.
Our systems address off-center loading through structural design and real-time electronic compensation. We analyze press frames using Finite Element Method (FEM) software to design structure points for minimum deflection. In addition, our machinery features an active four-point leveling system with proportional valves and linear encoders, dynamically adjusting cylinder pressure to keep the slide level under uneven load conditions.
LFT-D (Long-Fiber Reinforced Thermoplastic Direct forming) integrates compounding and compression molding into a single step. By feeding raw polymer and continuous glass/carbon fibers directly into the system, it avoids the cost of semi-finished materials. This process preserves fiber length, improving the mechanical strength and impact resistance of structural components, making it ideal for automotive underbody shields and structural frames.
Our high-speed hot stamping lines integrate quick-transfer robotics, multi-chamber furnace controls, and rapid closing press structures. The control system regulates slide speed to contact the heated blanks (approx. 950°C) with minimum temperature loss. The press then delivers full tonnage, holding the material inside water-cooled dies to quench the steel, achieving a martensitic structure with tensile strength up to 1500-2000 MPa.
All machinery exported to Europe and the Americas complies with regional safety standards, including CE marking, EN ISO 16092 (safety requirements for hydraulic presses), and OSHA regulations. Safety systems feature dual-channel safety PLC controls, optical light curtains, interlocked physical barriers, and monitored hydraulic valves to prevent accidental slide descent.
Yes. Our control systems use open industrial communication protocols (such as OPC UA, Profinet, and EtherCAT). This allows our presses to interface with external robots, feed lines, dosing systems, and shop floor MES software, creating a unified manufacturing cell.
Explore our specialized industrial solutions, including hot stamping lines, superplastic forming systems, and custom deep-drawing machinery.
High-speed press system designed for forming ultra-high-strength steel and aluminum parts.
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Slow-rate forging presses with integrated heating control for aerospace superalloy parts.
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High-precision slide control and micro-inching functions for testing and validating heavy tooling dies.
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Dual-cylinder control designed to maintain uniform blank-holder force during deep drawing.
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Specialized multi-stage drawing line for producing gas cylinders and fire extinguishers.
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High-temperature forming systems designed for titanium components under gas pressure control.
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High-speed press system designed for producing automotive components with clean sheared edges.
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Multi-station automated stamping lines for high-volume automotive parts manufacturing.
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