Explore our elite range of advanced metal forging, hydroforming, and double action deep drawing machinery engineered for modern manufacturing demands.
High-efficiency thermal deformation systems optimized for non-ferrous and high-temperature alloy structural extrusions.
Maintains absolute temperature consistency inside a vacuum, serving titanium alloy processing requirements in aerospace.
High-precision edge hemming systems designed for automotive exterior closure panels like doors, hoods, and tailgates.
Specially engineered thermal pressing lines for heavy electrical insulation cardboard fabrication with clean drying.
Equipped with blank holder functions to guarantee wrinkle-free metal stretching during severe high-depth draw cycles.
Enables toolmakers to perform precision matching, verification, and adjustments on complex stamping dies safely.
Flexible moving gantry design constructed for flattening thick steel structural sections and cast alloy plates.
Heavy-tonnage compression forming system tailored to manufacture industrial graphite anodes and carbon electrode components.
How high-performance forming machinery drives efficiency, sustainability, and component lightweighting across critical supply chains.
In the modern manufacturing landscape, the procurement of OEM heavy-duty machines has evolved beyond standard equipment acquisition into a strategic investment in structural productivity. Global industries—spanning aerospace, automotive, defense, high-voltage power transmission, and raw material processing—now face unprecedented challenges. The push towards sustainable manufacturing, coupled with strict regulatory frameworks regarding energy consumption and carbon footprints, is forcing enterprises to replace legacy systems with intelligent, high-efficiency forming machinery.
For procurement officers, structural engineers, and production directors, acquiring heavy equipment is a complex equation involving total cost of ownership (TCO), cycle time predictability, structural durability, and the supplier's integration capability. The demand for lightweight parts, particularly in the electric vehicle (EV) sector, has altered material specifications. Heavy components made of high-strength steel (AHSS), aluminum-magnesium alloys, and multi-layered fiber-reinforced composites require advanced forming technologies. These systems must deliver extreme pressure control, consistent thermal parameters, and fully automated workpiece handling.
Industrial sectors demand specialized production systems to achieve high-performance results:
Deep engineering expertise in sheet metal forming, lightweight composites, and specialized industrial applications.
Advanced systems engineered for cold and hot metal deformation, achieving clean geometry definition and dimensional accuracy.
Hot Stamping Hydraulic Press Production Line
Hydroforming - Internal High Pressure Forming
Multistation Extrusion Forging Production Line
Processing networks optimized for lightweight structural components using engineering polymers, fiberglass, and carbon fibers.
LFT-D (Long-Fiber Thermoplastic) Direct Forming
HP-RTM (High Pressure Resin Transfer Molding)
SMC / BMC / GMT / PCM Compression Molding
Complex high-stress machinery engineered to resolve niche industrial applications, demanding extreme pressure or temperature ranges.
Isothermal Forging Technology
Superplastic Forming Technology (SPF)
Gas Cylinder & Bullet Housing Stretching
Chongqing Jiangdong Machinery Co., Ltd. is a comprehensive heavy-duty forging equipment manufacturer integrating R&D, production, global logistics, and sales of high-performance hydraulic presses, lightweight component forming lines, hot/cold stamping dies, and high-precision casting lines.
By developing structural hydraulic presses and fully integrated manufacturing systems, Jiangdong Machinery delivers advanced automation, robotic line manipulation, and customized system logic. Our structural solutions are globally recognized, particularly in automotive light metal forming and composite structural component manufacturing.
Customized, turnkey processing architectures that address critical challenges in high-rate commercial production.
Integrating high-pressure pump skids and closing force containment blocks. Delivers high dimensional stability and part weight reductions for structural frames.
Automated transfer matrices linked to roller hearth ovens. Ensures rapid blanks processing to maintain heat curves for high-strength vehicle architectures.
Progressive die stages driven by precision mechanical and hydraulic strokes. Maximizes cycle output for powertrain components.
For high-performance alloys processed at elevated, controlled temperatures. Prevents structural cracking in specialized aerospace elements.
Automated material preparation, dosing, and tool heating. Supports high-volume production of composite panels for structural, electrical, and aerospace applications.
Ensuring operational continuity, regulatory compliance, and optimization of heavy industrial systems globally.
Engineering presses and automated lines to match individual plant layout footprints and specific technical parameters.
IoT-connected systems enabling real-time engineering diagnostics, PLC code troubleshooting, and sensor status monitoring globally.
Structured on-site maintenance schedules to check hydraulic manifolds, structural fatigue, and seal degradation cycles.
24/7 technical hotline backed by senior structural, hydraulic, and electrical control system engineers.
Stocking structural components, replacement pumps, proportional valves, and hydraulic seals to minimize down-time.
Tracking our global footprint and technological partnerships in metal forming.
LATEST NEWS
A delegation of Indonesian industrial customers completed an on-site visit to inspect manufacturing processes and technical capabilities, establishing new cooperation in sheet metal forming systems.
View full details >The visit focused on structural checks, quality reviews, and assessing custom manufacturing workflows for local automotive supply lines.
Partners from Thailand, Indonesia, and Malaysia visited Chongqing to coordinate deliveries of custom gantry presses and composite forming lines.
Presenting advanced hydraulic forming models and automated manufacturing line controls for global metal forming applications.
Answers to technical and commercial questions about heavy duty press systems.
Discover our custom industrial systems designed for automotive, composites, and metal forming applications.
Designed for tooling workshops, allowing manufacturers to verify die clearance under production-level loads.
Designed to blank heavy high-strength structural sheets and aluminum coils without micro-cracking edges.
A multi-press stamping line with automated robot arms for high-volume automotive body panel manufacturing.
Thermal forming systems optimized for manufacturing automotive carpets, door liners, and overhead acoustics.
High-efficiency, rapid-cycle short-stroke press designed to cure composite parts in large-scale operations.
Features precise powder filling and multi-stage pressing to ensure uniform density in sintered metal components.
Delivers high shearing speeds and precise stroke control for clean edge profiles in high-volume metal components.
Heavy hydraulic stamping line designed to process medium and thick structural plates for construction machinery.
Consult with our technical engineering team for project feasibility assessments, die compatibility checks, and quotation estimates.