Canada’s industrial core—spanning from the highly integrated automotive assembly corridors of Southern Ontario to the specialized aerospace manufacturing ecosystems in Quebec, and the resource-rich energy operations across Alberta—demands extremely reliable, precise, and compliant industrial machinery. Over the past decade, the rapid shift toward vehicle electrification (EVs), lightweight structural materials, and the transportation of hydrogen fuel has forced manufacturers to re-evaluate their forming capabilities.
The transition to lightweight parts requires advanced thermo-forming technologies like hot stamping and composite compression molding. For energy transmission and containment, high-pressure storage systems must meet strict Canadian Standards Association (CSA) and Technical Standards and Safety Authority (TSSA) regulations. For high-volume automotive suppliers, maintaining structural integrity while reducing vehicle weight requires equipment that can deliver repeatable, micro-millimeter precision at production rates of millions of parts per year.
As a global partner, Chongqing Jiangdong Machinery provides high-tonnage hydraulic presses and comprehensive automated production systems. We help Canadian manufacturers solve key technical bottlenecks, including springback control in ultra-high-strength steel (UHSS), curing speed optimizations for composite resins, and dimensional accuracy in deep drawing processes.
We work closely with structural materials laboratories and industrial designers to build our equipment. We continuously improve our systems to process advanced metals and lightweight structural composites.
Internal High-Pressure Hydroforming allows engineers to create complex tubular structures without using heavy welds. This technology reduces structural weight, increases torsional stiffness, and simplifies assembly. Our hydroforming lines are used to manufacture high-strength engine cradles, radiator supports, and vehicle frame rails for major North American automotive suppliers.
Hot stamping (press hardening) is essential for forming structural parts out of boron steels like Usibor 1500. By heating the material above its austenitizing temperature and quenching it in the die, we achieve tensile strengths up to 1500 MPa. Our systems feature multi-tier ovens, rapid transfer automation, and water-cooled tooling to ensure reliable microstructural transformation.
We offer specialized equipment for processing thermosets and thermoplastics, including LFT-D (Long Fiber Thermoplastics - Direct), HP-RTM (High-Pressure Resin Transfer Molding), SMC (Sheet Molding Compound), and GMT. These systems feature rapid active parallelism control to ensure uniform thickness and consistent glass or carbon fiber distribution across complex industrial geometries.
We do more than design and build machinery; we supply integrated turnkey systems. Our goal is to provide a "one-stop" solution that eliminates integration risk, reduces commissioning times, and accelerates your return on investment.
Includes internal high-pressure hydroforming systems and hot gas expansion forming technology. These systems feature precise internal pressure boosting controls linked with double-action mechanical feeds for shaping thin-walled tubes.
View Hydroforming Solutions →Complete hot stamping systems configured with robotic multi-axis blank handlers, continuous roller hearth furnaces, high-pressure die quenching presses, and laser trim cells.
View Hot Stamping Solutions →Integrates cold extrusion, multi-station forming, and fine stamping lines. Ideal for structural automotive gears, transmission shafts, and complex electrical contacts.
View Forging Solutions →High-temperature systems for superplastic forming and isothermal forging. Built with high-precision heating zones to control temperatures during titanium forging.
View Advanced Forging Solutions →Includes LFT-D direct extrusion-forming lines and HP-RTM systems. Configured with automated resin injection systems and high-speed compression tooling.
View Composites Solutions →Consult our application engineers to draft your custom plant layout and technical specifications.
Request Consultation
Exporting heavy forming machinery to Canada requires strict compliance with provincial and national safety standards. Machine operators must be protected, electrical systems must meet local codes, and pressure containment systems must be certified. Our engineering teams design and manufacture all equipment shipped to Canada to meet these regulatory standards.
Our electrical panels are constructed using recognized components (such as Rockwell/Allen-Bradley or Siemens) and undergo CSA Spe-1000 Field Evaluation or carry direct cULus certification. Hydraulic circuits and safety-rated light curtains comply with CSA Z432 (Safeguarding of Machinery). For systems with built-in gas burners or heaters, we comply with CSA B149.3 codes. All pressure vessels, such as accumulators used in hydroforming or rapid drawing processes, can be registered with a Canadian Registration Number (CRN) in accordance with ASME Boiler and Pressure Vessel Codes.
To reduce downtime, we offer comprehensive technical support. We use secure VPN remote links to troubleshoot PLC logic online, and we maintain field service partnerships in Canada to assist with installations, commissioning, and regular safety audits.
Since our founding in 1937, Chongqing Jiangdong Machinery Co., Ltd. has developed into a major developer of advanced forming equipment. We integrate research, production, and service to supply automated machinery to manufacturers worldwide.
Years of Manufacturing Expertise
New Inventions / Year
State-Level Innovations
Operating from our modern production facility in Chongqing, China, we combine localized steel supply chains and component manufacturing with international partnerships for critical parts (such as Bosch Rexroth hydraulics and Siemens automation). This integration allows us to build heavy-duty machinery efficiently while maintaining high assembly quality.
Our facilities are equipped with heavy casting, machining, heat-treatment, and assembly shops. We can build and test systems up to 5,000-ton capacity on our assembly floors before shipment. We run full simulation cycles under simulated production loads, minimizing on-site setup times in North America.
For Canadian purchasers, this combination of complete testing, robust manufacturing, and specialized design provides reliable equipment and cost-efficient capital deployment.
We work to support your production lines throughout their operational lifecycle. Our support programs keep your equipment reliable, precise, and efficient.
We design press frame geometry, bolster dimensions, speeds, and stroke configurations to match your specific part drawings and floor space constraints.
Secure industrial routers allow our engineers to perform PLC diagnostics, adjust hydraulic valve curves, and resolve programming issues remotely.
Detailed scheduling for hydraulic oil filtration, seal replacements, structural stress checks, and safety device calibration to prevent unscheduled stops.
Engineers manage foundation prep, electrical connections, die integration, and operator training during system commissioning.
We maintain inventory of key items—such as high-pressure seals, proportional valves, PLC modules, and sensors—to ensure rapid delivery to North America.
Learn more about our remote diagnostic systems and training programs for Canadian manufacturing teams.
Get Technical SupportWe hosted multiple international partners from Thailand, Indonesia, and Malaysia to discuss new initiatives in high-pressure hydroforming and automated lightweighting projects.
Jiangdong Machinery presented its latest developments in hot stamping systems and composite compression technologies at major metalworking exhibitions.
Get in touch for machinery specifications, compliance evaluations, customized layouts, or direct quotations.
Send Inquiry Now
