High-Precision Hydraulic Double-Action Stamping Press for Metal Sheet Forming
Comprehensive Product Description
The High-Precision Hydraulic Double-Action Stamping Press for Metal Sheet Forming (Model: HSP - 100 YD) is a high-performance, professional-grade forming equipment tailor-made for the metal processing and manufacturing industries—specifically optimized for medium to heavy-duty metal sheet processing tasks. It seamlessly integrates three core advantages: stable pressure output, high processing precision, and efficient production capacity, making it an ideal choice for key processes such as blanking, precision punching, complex bending, shaping, and deep drawing of metal sheets (including low-carbon steel, high-strength stainless steel, lightweight aluminum alloy, and copper alloy) with thicknesses ranging from 0.5mm to 12mm.
Equipped with an advanced high-pressure hydraulic drive system (with a pressure stabilization device), the press delivers a consistent nominal pressure of 100 tons. This ensures uniform force distribution across the entire workpiece surface during the stamping process, effectively eliminating material deformation, edge cracking, or internal stress concentration that often occur with uneven pressure—critical for maintaining the dimensional accuracy of high-demand parts. The dedicated double-action slider structure (featuring independent upper and lower sliders with adjustable speed and stroke) supports both synchronous and sequential operation modes. This design is particularly well-suited for complex forming tasks, such as deep drawing of cylindrical metal containers, shaping of irregular auto body parts, and flanging of hardware components. Compared to single-action presses, it reduces secondary processing steps by 30% on average, significantly improving processing accuracy (with a repeatability error of ≤0.02mm) and product consistency.
In terms of safety and operability, the press adheres to strict international safety standards, including ISO 13849-1 (PLd) and OSHA 1910.217, and is equipped with a dual-hand safety control system (with emergency stop buttons on both sides of the machine) to prevent accidental injury during operation. The human-machine interface (HMI) adopts a 10-inch color touchscreen with a user-friendly interface, allowing operators to easily set key parameters (e.g., stamping speed, stroke length, holding pressure, and dwell time) and monitor real-time working status (such as pressure curve, slider position, and fault alerts). For maintenance convenience, the press is designed with a modular structure—critical components like the hydraulic pump, filter, and sensor are easily accessible, reducing maintenance time by 25%. Additionally, the integral cast iron frame (heat-treated to reduce internal stress) provides exceptional rigidity and vibration resistance, minimizing machine wear even under long-term continuous operation (up to 8 hours/day) and extending the service life to over 10 years with regular maintenance (e.g., oil change, filter replacement, and slider lubrication).
Whether for small-batch customized production (e.g., precision auto parts, high-end hardware accessories, and medical device components) or large-scale mass manufacturing (e.g., home appliance shells, electronic component brackets, and construction metal fittings), this High-Precision Hydraulic Double-Action Stamping Press for Metal Sheet Forming can adapt to diverse processing needs. It helps enterprises improve production efficiency by 40% compared to traditional presses and reduce comprehensive manufacturing costs (including labor, material waste, and maintenance) by 15%—a reliable investment for enhancing competitiveness in the metal processing industry.
1. Product English Name
High-Precision Hydraulic Double-Action Stamping Press for Metal Sheet Forming
(Note: For mechanical-driven models, it can be adjusted to "High-Efficiency Mechanical Single/Double-Action Stamping Press for Metal Processing"; for precision small-tonnage models, "Compact Precision Bench-Type Hydraulic Stamping Press for Mini Metal Parts" is applicable. The extended name retains the core term "Stamping Press" while adding key attributes like "High-Precision"/"High-Efficiency", "Single/Double-Action", and application scenario "for Metal Sheet Forming"/"for Mini Metal Parts" to enhance specificity and length.)
2. Model Design
Taking the common medium-tonnage hydraulic stamping press as an example, the model is designed to include core parameters such as tonnage, structure type, and series to facilitate customer quick identification:
HSP - 100 YD
- HSP: Abbreviation of "Hydraulic Stamping Press", indicating the product category (mechanical type is "MSP", precision bench type is "PSP").
- 100: Represents the nominal pressure, unit: Ton (T).
- Y: Stands for "Yoke-type" (gantry structure), optional: "C" for "C-frame structure" (open type).
- D: Indicates "Double-action" (double-slider design), optional: "S" for "Single-action" (single-slider design).
3. Comprehensive Product Description
The High-Precision Hydraulic Double-Action Stamping Press for Metal Sheet Forming (Model: HSP - 100 YD) is a high-performance, professional-grade forming equipment tailor-made for the metal processing and manufacturing industries—specifically optimized for medium to heavy-duty metal sheet processing tasks. It seamlessly integrates three core advantages: stable pressure output, high processing precision, and efficient production capacity, making it an ideal choice for key processes such as blanking, precision punching, complex bending, shaping, and deep drawing of metal sheets (including low-carbon steel, high-strength stainless steel, lightweight aluminum alloy, and copper alloy) with thicknesses ranging from 0.5mm to 12mm.
Equipped with an advanced high-pressure hydraulic drive system (with a pressure stabilization device), the press delivers a consistent nominal pressure of 100 tons. This ensures uniform force distribution across the entire workpiece surface during the stamping process, effectively eliminating material deformation, edge cracking, or internal stress concentration that often occur with uneven pressure—critical for maintaining the dimensional accuracy of high-demand parts. The dedicated double-action slider structure (featuring independent upper and lower sliders with adjustable speed and stroke) supports both synchronous and sequential operation modes. This design is particularly well-suited for complex forming tasks, such as deep drawing of cylindrical metal containers, shaping of irregular auto body parts, and flanging of hardware components. Compared to single-action presses, it reduces secondary processing steps by 30% on average, significantly improving processing accuracy (with a repeatability error of ≤0.02mm) and product consistency.
In terms of safety and operability, the press adheres to strict international safety standards, including ISO 13849-1 (PLd) and OSHA 1910.217, and is equipped with a dual-hand safety control system (with emergency stop buttons on both sides of the machine) to prevent accidental injury during operation. The human-machine interface (HMI) adopts a 10-inch color touchscreen with a user-friendly interface, allowing operators to easily set key parameters (e.g., stamping speed, stroke length, holding pressure, and dwell time) and monitor real-time working status (such as pressure curve, slider position, and fault alerts). For maintenance convenience, the press is designed with a modular structure—critical components like the hydraulic pump, filter, and sensor are easily accessible, reducing maintenance time by 25%. Additionally, the integral cast iron frame (heat-treated to reduce internal stress) provides exceptional rigidity and vibration resistance, minimizing machine wear even under long-term continuous operation (up to 8 hours/day) and extending the service life to over 10 years with regular maintenance (e.g., oil change, filter replacement, and slider lubrication).
Whether for small-batch customized production (e.g., precision auto parts, high-end hardware accessories, and medical device components) or large-scale mass manufacturing (e.g., home appliance shells, electronic component brackets, and construction metal fittings), this High-Precision Hydraulic Double-Action Stamping Press for Metal Sheet Forming can adapt to diverse processing needs. It helps enterprises improve production efficiency by 40% compared to traditional presses and reduce comprehensive manufacturing costs (including labor, material waste, and maintenance) by 15%—a reliable investment for enhancing competitiveness in the metal processing industry.
Product Parameter Table
