High Precision Hot Forging Press Machine Flange Disc
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Product Introduction
The hot forging press is an advanced industrial machine designed for high-efficiency metal forming at elevated temperatures. It processes preheated metal blanks (typically heated to 1000°C–1250°C for steel) into precision components through high-pressure stamping.
This technology is widely applied in automotive, machinery, hardware, and tool manufacturing, producing critical parts such as gears, flanges, wheel hubs, connecting rods, bolts, track chains, and valve bodies.
Key characteristics of hot forging include:
High-pressure forming (ranging from hundreds to thousands of tons) to overcome metal deformation resistance. Short, rapid strokes to minimize heat loss and maximize productivity. Durable construction with reinforced frames and wear-resistant components to withstand extreme temperatures and impact forces. Integrated heating systems, often paired with induction or gas furnaces for precise temperature control.
Product Advantages
1. High precision: The six-sided long guide rail with symmetrical slider is used for guiding, which has high precision and stable operation. Low comprehensive gap and compact structure. The adjustment of mold height is accurate, safe, convenient and reliable.
2.High Efficiency: Fast cycle times and automated feeding/ejection systems ensure high output (e.g., 15–30 strokes/minute).
3.Strong and Durable: High-rigidity body design and high-quality steel plate welding make it extremely reliable and stable.The crankshaft is forged and ground by high-frequency quenching, with smooth finish and flexible rotation.
4.Automation Ready: It supports collaborative operation of robots and has a complete automatic loading and unloading system, which greatly reduces labor costs and safety accident rates.
Ideal for mass production of high-strength metal components, our machine delivers reliability, precision, and cost-effectiveness for industries demanding durable forged parts.
Applicable Industries and Typical Applications
This hot forging press is widely used in the following industries:
Automotive Manufacturing: Production of key components such as engine connecting rods, crankshafts, steering knuckles, gear blanks, and universal joint forks.
Engineering Machinery: Manufacturing high-strength components such as hydraulic valve bodies, track links, pins, and bucket teeth.
Aerospace: Processing precision forgings such as turbine discs, landing gear components, and aircraft fasteners.
Hardware Tools: Forging and forming tools such as wrenches, pliers, and hammers.
Power Equipment: Manufacturing power transmission line hardware, insulator caps, and other power accessories.
Examples of Typical Parts Produced:
Automotive Transmission Systems: Differential Housings, Axle Flanges
Industrial Equipment: Hydraulic Cylinder End Caps, Bearing Seats
Construction Hardware: Scaffolding Fasteners, High-Strength Bolts
Household Appliances: Compressor Crankshafts, Washing Machine CounterweightsOur hot forging presses can be customized with molds and automated loading and unloading systems to meet customer needs, providing a one-stop solution from equipment to process, helping companies improve product quality and production efficiency.
Product Video
Product Introduction
The hot forging press is an advanced industrial machine designed for high-efficiency metal forming at elevated temperatures. It processes preheated metal blanks (typically heated to 1000°C–1250°C for steel) into precision components through high-pressure stamping.
This technology is widely applied in automotive, machinery, hardware, and tool manufacturing, producing critical parts such as gears, flanges, wheel hubs, connecting rods, bolts, track chains, and valve bodies.
Key characteristics of hot forging include:
High-pressure forming (ranging from hundreds to thousands of tons) to overcome metal deformation resistance. Short, rapid strokes to minimize heat loss and maximize productivity. Durable construction with reinforced frames and wear-resistant components to withstand extreme temperatures and impact forces. Integrated heating systems, often paired with induction or gas furnaces for precise temperature control.
Product Advantages
1. High precision: The six-sided long guide rail with symmetrical slider is used for guiding, which has high precision and stable operation. Low comprehensive gap and compact structure. The adjustment of mold height is accurate, safe, convenient and reliable.
2.High Efficiency: Fast cycle times and automated feeding/ejection systems ensure high output (e.g., 15–30 strokes/minute).
3.Strong and Durable: High-rigidity body design and high-quality steel plate welding make it extremely reliable and stable.The crankshaft is forged and ground by high-frequency quenching, with smooth finish and flexible rotation.
4.Automation Ready: It supports collaborative operation of robots and has a complete automatic loading and unloading system, which greatly reduces labor costs and safety accident rates.
Ideal for mass production of high-strength metal components, our machine delivers reliability, precision, and cost-effectiveness for industries demanding durable forged parts.
Applicable Industries and Typical Applications
This hot forging press is widely used in the following industries:
Automotive Manufacturing: Production of key components such as engine connecting rods, crankshafts, steering knuckles, gear blanks, and universal joint forks.
Engineering Machinery: Manufacturing high-strength components such as hydraulic valve bodies, track links, pins, and bucket teeth.
Aerospace: Processing precision forgings such as turbine discs, landing gear components, and aircraft fasteners.
Hardware Tools: Forging and forming tools such as wrenches, pliers, and hammers.
Power Equipment: Manufacturing power transmission line hardware, insulator caps, and other power accessories.
Examples of Typical Parts Produced:
Automotive Transmission Systems: Differential Housings, Axle Flanges
Industrial Equipment: Hydraulic Cylinder End Caps, Bearing Seats
Construction Hardware: Scaffolding Fasteners, High-Strength Bolts
Household Appliances: Compressor Crankshafts, Washing Machine CounterweightsOur hot forging presses can be customized with molds and automated loading and unloading systems to meet customer needs, providing a one-stop solution from equipment to process, helping companies improve product quality and production efficiency.
Product Video
Tech para. | Unit | VFP-600 | VFP-800 | VFP-1000 | VFP-1350 | VFP-1600 | VFP-2000 | VFP-2500 |
Capacity | Tons | 600 | 800 | 1000 | 1350 | 1600 | 2000 | 2500 |
Slider adjust | mm | 10 | 10 | 10 | 10 | 15 | 15 | 15 |
Slider stroke | mm | 175 | 200 | 250 | 250 | 300 | 300 | 320 |
Stroke times | Spm | 100 | 95 | 90 | 85 | 80 | 75 | 70 |
Maximum open | mm | 560 | 600 | 700 | 750 | 850 | 900 | 950 |
Slider bottom | LXR(mm) | 755×640 | 780×700 | 920×800 | 980×860 | 1180×1000 | 1250×1100 | 1350×1100 |
Body distance | LXR(mm) | 950×770 | 1000×900 | 1120×980 | 1190×1050 | 1340×1000 | 1440×1200 | 1500×1200 |
Main motor | Kw×p | 37×8P | 45×8P | 55×8P | 75×8P | 90×8P | 110×8P | 132×8P |
Tech para. | Unit | VFP-600 | VFP-800 | VFP-1000 | VFP-1350 | VFP-1600 | VFP-2000 | VFP-2500 |
Capacity | Tons | 600 | 800 | 1000 | 1350 | 1600 | 2000 | 2500 |
Slider adjust | mm | 10 | 10 | 10 | 10 | 15 | 15 | 15 |
Slider stroke | mm | 175 | 200 | 250 | 250 | 300 | 300 | 320 |
Stroke times | Spm | 100 | 95 | 90 | 85 | 80 | 75 | 70 |
Maximum open | mm | 560 | 600 | 700 | 750 | 850 | 900 | 950 |
Slider bottom | LXR(mm) | 755×640 | 780×700 | 920×800 | 980×860 | 1180×1000 | 1250×1100 | 1350×1100 |
Body distance | LXR(mm) | 950×770 | 1000×900 | 1120×980 | 1190×1050 | 1340×1000 | 1440×1200 | 1500×1200 |
Main motor | Kw×p | 37×8P | 45×8P | 55×8P | 75×8P | 90×8P | 110×8P | 132×8P |