loading...
FAQs
General Questions

Smaller tonnages such as 40T and 50T are ideal for micro-precision parts like miniature terminals and electronic connectors. 60T-80T models are suitable for medium-sized components such as computer heat sinks that require both efficiency and accuracy. 80T, 125T, and 150T presses handle automotive metal parts, while 220T presses are capable of thick-walled components for heavy industrial applications.

The knuckle joint high-speed precision press features a stable mechanism and 2 guide posts with 8-way slide guiding, combined with servo die-height adjustment and a die-height memory system. These ensure precision and stability during high-speed operation, meeting the strict tolerances of electronic component stamping.

With a stroke range of 16 to 40 mm and speeds up to 1000 spm, the press performs multiple operations such as drawing, punching, and trimming within a short cycle time. This makes it highly efficient for multi-step automotive part forming that demands speed and precision simultaneously.

The press frame is constructed from high-rigidity materials and reinforced with a knuckle joint structure, ensuring minimal deformation under high-frequency impact. The 2 guide posts with 8-way slide guiding design maintain long-term precision and stable stamping operation during extended production runs.

The optimized knuckle linkage mechanism and balancing design, paired with a low-noise, backlash-free clutch and brake, significantly reduce vibration and noise, providing smoother and quieter operation even at high speeds.

Regular inspection and maintenance of the knuckle linkage, slide, and guiding components are essential. The lubrication and cooling systems should be serviced periodically, and the control system should be checked and upgraded as needed to maintain accuracy and ensure reliable long-term operation.

The five-guide-post straight side high-speed precision press is ideal for producing motor and electrical components such as rotors, stators, and transformer EI laminations. It is also suitable for metal accessories including buttons, zipper heads, and watch parts, as well as electronic and communication components such as LED brackets, connector terminals, contact springs, and heat sinks.

The side press features a single-piece gantry frame with guide posts and slide integrated as one precisely aligned unit to ensure rigidity and prevent deformation under load. Its forced lubrication system and dynamic balancing mechanism minimize thermal expansion and vibration, guaranteeing high precision and material integrity during ultra-thin foil stamping.

The straight side press supports multi-stage progressive dies and custom-shaped tooling, offering flexible die installation. Equipped with a high-precision die alignment system and capable of 200-800 strokes per minute, it delivers stable, high-speed stamping for complex components while reducing die change time and ensuring continuous production efficiency.

Routine maintenance is straightforward. It mainly includes cleaning and inspecting the five guide posts, checking and replenishing lubricating oil in the forced lubrication system, and verifying the sealing and positioning accuracy of the slide locking system. Regular cleaning of the frame and electrical components, along with tightening of key bolts, ensures stable and reliable long-term operation.

The 30-60 ton side presses are ideal for electronics, LED brackets, and miniature hardware components. Presses in the 80-120 ton range are suited for appliance and automotive parts such as small structural components, heat sinks, and motor rotors and stators. Larger 150-200 ton presses are designed for heavy-duty hardware and automotive chassis components, capable of handling large and high-strength stampings.

The six-guide-post design enhances guiding accuracy, motion stability, and resistance to off-center loads, while significantly reducing wear and thermal deformation. This ensures superior performance and reliability during long-term precision stamping operations.

All MDH presses feature a microcomputer-based human-machine interface with a high-visibility control panel. It provides real-time information on production count and machine operating status, allowing operators to monitor processes clearly without complex adjustments.

The presses can be connected with auxiliary equipment such as feeders, decoilers, straighteners, and scrap choppers. The decoiler supplies coiled raw material, the straightener improves material flatness, the feeder ensures continuous and precise feeding, and the scrap chopper automatically removes waste material, all working in coordination to form a complete automated stamping line.

No major modifications are needed. The MDH press includes standardized interfaces that are fully compatible with conventional feeders, decoilers, straighteners, and scrap choppers, ensuring smooth integration and reliable operation.

Both the DDL and DDH crank presses are widely used in the new energy vehicle, semiconductor, connector, LED, home appliance, consumer electronics, and industrial motor industries.

Smaller-tonnage presses such as DDL-125T and DDH-125T are suited for thin and small precision parts, while higher-tonnage models such as DDH-400T and DDH-630T are ideal for thicker and stronger components that require higher forming force.

After precise temperature-controlled tempering, the frame undergoes natural aging over an extended period to release internal stress. This process minimizes deformation caused by residual stress and enhances the structural stability of the frame for sustained precision performance.

Both series are designed with high-strength cast iron frames featuring high rigidity and low deformation. Equipped with a slide balancing system and vibration isolation mounts, these presses effectively reduce vibration and impact during operation, maintaining smooth, stable performance even under high-speed stamping conditions.

The DDL crank press offers a pressing capacity from 125 to 360 tons, with stroke speeds ranging from 100 to 500 strokes per minute, meeting a wide range of precision stamping requirements.

The DDL and DDH crank presses offer a broad range of pressing capacity and stroke speed and can be flexibly integrated with various auxiliary devices. As long as the workpiece size falls within the press’s stroke and table capacity, adjustments and compatible configurations allow feasible adaptation for larger parts.

The DDL crank press can be integrated with feeders, decoilers, straighteners, and scrap choppers to form a fully automated metal stamping line, improving efficiency and reducing manual handling.

Our metal stamping presses are certified with CE, KC (Korea Certification), ISO 9001, and ISO 14001, ensuring compliance with international quality and safety standards.

The metal stamping presses can be customized to meet specific requirements such as special stroke lengths or customized worktable dimensions according to customer needs.

With its large tonnage output, high guiding precision from the 8-way roller slide system, and high-speed performance, this press is ideal for producing large and high-strength structural components in the automotive industry, battery trays and covers in the new energy sector, and heavy-duty metal parts in sheet metal fabrication.

With a pressing capacity of 4000 kN, an extra-wide working table of 3700×1200 mm, and a stroke speed of 80-200 spm, the high-speed metal stamping press easily accommodates large and intricate components such as motor rotors and stators, or large home appliance metal parts, providing ample processing space and reliable load-bearing performance.

The 8-way roller slide guiding system is designed for ease of maintenance. It features a simple disassembly structure and only requires regular lubrication to maintain long-term precision and smooth operation.

The combined guiding system of the central 3 guide posts and 8-way slide guiding structure enhances slide motion stability and minimizes eccentric load deviation. A high-rigidity frame design suppresses vibration during high-speed operation, while a forced circulation oil-cooling system efficiently dissipates heat from critical components such as the guide rails and crankshaft, ensuring stable performance even under extended production cycles.

This straight slide press is designed for applications in the new energy vehicle sector (such as large battery trays, body side panels, and roof structures), heavy machinery manufacturing (including thick-walled flanges and large gear blanks), and construction equipment (like cab frames and hydraulic cylinder shells). It is capable of stamping high-strength steel and aluminum alloy sheets with thicknesses ranging from 4 to 8 mm.

The four symmetrically distributed guide posts effectively counteract lateral forces generated during 550-ton stamping, while the 8-way guiding system (with clearance ≤0.005 mm) ensures slide linearity within ≤0.02 mm/m. This design prevents slide tilting and dimensional deviation during thick-sheet stamping, reduces uneven die wear, and extends die life by more than 30%.

The guiding system with central four guide posts and 8-way roller slide guiding ensures precise slide motion and neutralizes eccentric load during high-speed operation. A high-rigidity frame minimizes vibration, while a real-time dynamic precision monitoring system automatically corrects any slide displacement errors. In addition, a forced circulation oil-cooling system efficiently controls thermal deformation of critical components, maintaining stable accuracy throughout long production runs.

The 3-guide post design features a symmetrical layout with precision ball bearings, improving slide linearity and effectively counteracting lateral forces during stamping. This minimizes guide clearance errors and prevents dimensional deviations in stamped parts.

The HC-16T press delivers 16 tons of pressing force, a stroke range of 20-30 mm, and a maximum speed of 800 spm. Its dual side guide posts and central column maintain precision within ±0.005 mm, ensuring consistent high-frequency stamping for ultra-thin electronic terminals.

The frame is built from high-strength cast iron and fully stress-relieved, maintaining a deformation tolerance within 0.01 mm during continuous operation. This ensures consistent batch precision even under 24-hour production cycles.

The human–machine interface enables digital parameter setup, while the real-time fault monitoring system identifies and alerts the cause of errors immediately. This reduces operator mistakes by up to 60% and minimizes maintenance downtime by around 40%, improving overall efficiency and cost control.

The 85T C-frame press enhances its standard slider structure with fixed guide posts on both sides, greatly improving resistance to off-center loads and reducing uneven die wear. Its 1100×680 mm large worktable easily accommodates long, complex tooling for hardware component stamping.

With an adjustable shut height range of 305-365 mm (50 mm slide adjustment), the metal stamping press features an electric die adjustment system with height display and hydraulic locking. This setup allows fast and convenient die changeovers, minimizing downtime during frequent mold replacement.

The 85T metal stamping press adopts a microcomputer-based human–machine interface for digital parameter input (such as speed and die height), with a real-time fault display on screen. The system is intuitive and easy to operate, helping reduce user errors and simplifying operation training.

The 85T C-frame press (5 guide posts) can be seamlessly integrated with feeders, straighteners, decoilers, and scrap choppers. Its 18.5 kW main motor provides sufficient power to synchronize operation with auxiliary devices, enabling smooth and efficient automated stamping line setup.

The metal stamping equipment’s fault monitoring system continuously tracks machine status, including the 18.5 kW main motor. In the event of an error, it identifies and displays the exact fault source on screen, allowing maintenance staff to locate and resolve issues quickly, minimizing production interruptions.

The 65E C-frame press features a high-strength cast iron frame that has been fully stress-relieved to ensure long-term structural stability. This design prevents deformation during continuous operation, maintaining consistent batch accuracy throughout extended production cycles.

When equipped with the counterbalance system, the metal stamping press significantly reduces vibration at speeds between 180-350 spm. This enhances stamping precision, maintaining dimensional tolerance within ±0.01 mm for hardware parts, while lowering noise levels and minimizing interference with surrounding equipment.

The HCW-65E metal stamping press is equipped with a large 180×1000 mm scrap outlet that enables efficient discharge of 2 mm thick stainless steel stamping waste. This prevents clogging or material buildup, ensuring smooth and uninterrupted high-speed production.
Looking for high-speed mechanical stamping presses?Talk to our experts.
Contact Us
Main Products