Explore our high-performance hydraulic presses, automated cold cutting lines, and composite compression molding systems engineered for international manufacturing standards.
Heavy-duty plate flattening solutions with variable pressure control parameters.
Advanced high-pressure molding designed for structural carbon fiber composite components.
Precision high-tensile steel blanking with automated servo-feeding systems.
Deep drawing setups engineered for seamless high-pressure gas cylinder production.
Multi-station automated stamping lines optimized for high-volume automotive panels.
High-temperature material extrusion and forging under strict pressure tolerances.
Precise horizontal alignment machinery targeting heavy structural metal shafts and bars.
Engineered for high-temp processing of aerospace-grade superalloys and titanium parts.
The global manufacturing landscape is undergoing a massive paradigm shift. As industries push toward zero-emission targets, lightweight construction, and rapid prototype cycles, the demand for highly efficient, automated hydraulic presses and stamping solutions has reached historic heights. No longer are simple mechanical systems sufficient; modern precision engineering requires computerized closed-loop feedback systems, real-time pressure monitoring, and adaptive energy management.
In sectors such as automotive body manufacturing, aerospace construction, and high-pressure container logistics, the structural parameters of raw metals are pushed to their limits. Processing advanced high-strength steels (AHSS), ultra-high-strength steels (UHSS), and lightweight titanium alloys requires deep expertise in plastic deformation. This is where modern ODM (Original Design Manufacturer) punch press and hydraulic forming specialists deliver high-value integration of equipment design, tooling, and process parameters.
Applying exact high-tonnage forces while managing springback effects is critical for processing new-age alloys. Advanced thermal control systems and precise positioning resolutions down to 0.01mm allow modern hydraulic presses to deliver predictable deformation, eliminating component failure and maintaining tight mechanical tolerances.
Standard off-the-shelf industrial presses rarely meet the exact specifications of advanced manufacturing lines. OEM/ODM capability is key because it allows industrial customers to co-develop production cells that match the electrical, mechanical, and safety requirements of their specific regions. From integration of smart robotics to the implementation of complex multi-station tooling systems, buying from an experienced design manufacturer ensures lower total cost of ownership (TCO) and rapid ramp-up phases.
Our capabilities span metal deformation, composite compression, and extreme condition superplastic forming processes.
Delivering high-tonnage precision forming for traditional structures and advanced metal alloys.
Leading-edge systems for processing fiberglass, carbon fiber, and thermoplastic structures.
Custom solutions engineered for highly specialized, safety-critical components.
As a comprehensive industrial forging manufacturer, Chongqing Jiangdong Machinery Co., Ltd. integrates the complete product lifecycle: design, R&D, manufacturing, testing, and field support.
Our advanced automation, intelligence, and flexibility allow us to offer customers highly customizable options for metal and non-metal forming equipment. We focus heavily on global automotive lightweighting projects.
When purchasing heavy equipment, Western OEMs often balance reliability with capital investment. The Chinese manufacturing model has evolved past simple labor cost advantages. Modern Chinese heavy machinery production, led by engineering hubs like Chongqing Jiangdong Machinery, utilizes highly integrated local supply chains, advanced steel mills, and quick access to casting facilities.
This dense industrial ecosystem dramatically reduces lead times for casting, machining, and assembling high-tonnage components. For example, fabricating a single-frame 2000-ton hydraulic press requires large raw castings and precision CNC tooling. In Chongqing, these steps occur within a narrow geographical zone, allowing us to build, test, and ship complete systems much faster than other global competitors.
At the same time, Chinese R&D investment in lightweight metal forming has risen due to the expansion of the domestic new energy vehicle (NEV) market. This has accelerated validation processes for advanced systems like LFT-D compression tooling and hot stamping lines, providing buyers with proven, production-ready designs.
Every system built by Jiangdong Machinery is designed to meet strict international standards, including CE certification, UL compliance guidelines for electrical control systems, and specific OSHA safety regulations. This ensures fast, hassle-free integration into Western factory layouts.
Providing comprehensive, single-source manufacturing systems from raw material processing to final component output.
High-pressure liquid forming designed for complex hollow components, including lightweight suspension parts and structural engine framing.
High-temperature thermal forming that creates ultra-high-strength steel structural members, providing optimal crash resistance for vehicles.
Continuous forming paths designed for high-efficiency mass production, featuring integrated cold extrusion and fine blanking capabilities.
Very low strain-rate forming for high-temp processing of complex aerospace assemblies and specialized structural metals.
Direct compression systems for non-metal compounds, processing long-fiber reinforced thermoplastics and resins efficiently.
We provide long-term engineering support, preventive maintenance, and customized integration services for global customers.
Tailored design engineering to match specific product requirements and factory space constraints.
Fast remote diagnostics and PLC updates to minimize system down-time.
Regular check-ups, fluid analysis, and mechanical adjustments to maintain peak performance.
Skilled engineers ready to assist with deployment, validation, and training.
Rapid delivery of original spare parts to keep your production lines running.
Get answers to common technical, commercial, and operational questions about our ODM forming machinery.
Hydraulic presses deliver full rated force throughout the entire stroke, allowing for deep drawing and complex material displacement that mechanical presses struggle to replicate. Additionally, programmable speed and pressure variables make it easier to process advanced high-strength steels and composite materials without tearing or excessive springback.
We build our systems to comply with the safety and operational standards of each target region. This includes installing CE-marked components for EU markets, meeting local UL standards for electrical control cabinets in North America, and integrating specialized optical safety curtains and dual-channel hydraulic safety monitoring valves.
Our machines are engineered to process a wide variety of composites, including SMC (Sheet Molding Compound), BMC (Bulk Molding Compound), GMT (Glass Mat Thermoplastics), LFT-D (Long-Fiber Thermoplastics Direct), and high-pressure HP-RTM (Resin Transfer Molding) systems. These materials are critical for lightweighting in aerospace and automotive structures.
Yes. Our control systems use open industrial communication protocols (such as Profinet, EtherCAT, and Modbus). This allows us to integrate industrial robots (like ABB, KUKA, or Fanuc), automatic sheet feeders, and dynamic blank lubrication systems directly into the main PLC program for fully automated operation.
We monitor real-time oil temperature, hydraulic system pressure, valve response times, mechanical slide alignment, and pump vibration. This data allows users to identify component wear early, schedule maintenance during planned downtime, and avoid unexpected production stops.
We disassemble our larger high-tonnage presses into transportable structural modules (such as the crown, slide, bed, and cylinders). These are secured in heavy-duty open-top containers or flat racks. Our field engineering team coordinates with local riggers to handle offloading, positioning, reassembly, and commissioning at your site.
Follow our global customer partnerships, technical upgrades, and updates from the metal deformation industry.
An Indonesian customer delegation visited our primary manufacturing plant to review our latest heavy-duty metal forming systems and test our high-precision multi-station lines. This visit helped lay the groundwork for a new supply partnership targeting regional automotive component production.
Read More Details →Delegations inspected technical capacities, equipment safety margins, and structural component quality for upcoming regional automotive plant expansions.
Partners from Thailand, Indonesia, and Malaysia completed acceptance testing on several high-tonnage composite compression molding setups.
Highlighting our latest energy-saving servo-hydraulic control systems and advanced warm forming capabilities for magnesium-aluminum alloys.
Explore our deep drawing, superplastic forming, insulation board, and high-speed fine-blanking systems designed for high-performance industrial environments.
Vertical multi-stage drawing systems designed for high-pressure gas cylinders and structural housings.
High-temperature forming systems built to process complex titanium alloy aerospace components.
Multi-platen hot press machinery designed for producing dense transformer insulation board.
Direct inline compounding and compression molding for fiber-reinforced thermoplastic parts.
Reliable double-action press setups optimized for deep-drawn sheet metal components.
Open-die heavy forging machinery engineered for processing raw ingots and shafts.
Complete automated production lines designed to form, trim, and polish stainless steel sinks.
High-speed press lines designed to deliver clean shear-edge finishes on safety-critical automotive parts.
