Showing 1 - 20 out of 21
Year: 1983
Capacity | 3 T |
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Type | Pneumatic |
Engine Power | 75 kW |
Ram stroke | 930 mm |
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Nbr of strokes/min | 103 |
Year:
Capacity | 0.2 T |
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Nbr of strokes/min | 168 |
Ram stroke | 480 mm |
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Motor power | 11 kW |
Year: 1970
Y.O.M. 1978 Serial number Capacity 7000 kgm Max. Stroke 850 mm Strokes 100 n°/min Lenght of die seat in the ram 650 mm Ram weight 2500 kg Lenght of die seat in the die holder 900 mm Min. Die thickness 300 mm Upper die max. Weight 800 kg Working height 780 mm Total weight 64.000 kgYear:
Capacity | 1000 T |
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Nbr of strokes/min | 95 |
Type | Pneumatic |
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Motor power | 75 kW |
Year: ~ 1983
Capacity | 1 T |
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Type | Pneumatic |
Engine Power | 75 kW |
Ram stroke | 800 mm |
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Nbr of strokes/min | 103 |
Year:
Capacity | 640 T |
---|---|
Motor power | 300 kW |
Nbr of strokes/min | 620 |
---|
Year:
Cutting brake clutch Open cut Functional May transfer manufacturing Die diameter: 100 mm Die length: 330 mm Punch diameter: 80 mm Punch length: 125 mm Ejection length: 300 mm Ejection +: 30 mm Mini/maxi wire diameter (600N/mm²): 8/18 mm Maximum head diameter (600N/mm²): 38 mm Number of positions (matrix excluding cut): 4 Size: 6m x 4m Weight: 45t Minimum/Maxi speed: …Year: 1978
Capacity | 10 T |
---|---|
Type | Pneumatic |
Ram stroke | 1400 mm |
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Nbr of strokes/min | 30 |
Forging hammers are integral to the metal forging industry, delivering the force needed to shape metal workpieces through repeated, controlled impacts. These machines are vital for creating high-strength metal components used across various sectors, including automotive, aerospace, construction, and heavy machinery. Understanding the different types, features, and considerations for purchasing forging hammers can significantly enhance your metal forging operations. Kitmondo, a leading online marketplace for used industrial machinery, offers a diverse selection of forging hammers, providing businesses with access to high-quality equipment at competitive prices.
Forging hammers are mechanical devices that deliver powerful, controlled blows to metal workpieces, deforming and shaping them into the desired forms. This process, known as forging, involves heating metal until it becomes pliable and then using compressive forces to achieve the required shape and strength. Forging hammers are essential for producing components that require superior durability and precision.
Forging hammers come in various types and configurations, each designed to meet specific forging needs. Here’s a look at the main types:
Drop forging hammers utilize gravity to drop a hammer onto the workpiece, making them versatile for various forging applications.
Pneumatic forging hammers use compressed air to drive the hammer, providing consistent and adjustable force for precision forging.
Hydraulic forging hammers use hydraulic fluid pressure to deliver powerful, precise blows, making them ideal for heavy-duty forging operations.
Mechanical forging hammers use mechanical linkages and cams to deliver controlled impacts, known for their reliability and precision.
When selecting a forging hammer, it’s crucial to consider specific features and specifications to ensure the machine meets your operational requirements. Key factors include:
The hammer force and impact energy determine the power and effectiveness of the forging hammer. Ensure the machine can deliver the required force for your specific forging tasks, whether for small, detailed components or large, heavy-duty parts. Kitmondo’s listings provide detailed specifications on hammer force and impact energy, helping you find a machine that matches your needs.
The stroke length and speed affect the efficiency and precision of the forging process. Look for machines with adjustable stroke lengths and speeds to accommodate different materials and forging requirements.
Advanced control systems enhance precision, consistency, and efficiency in the forging process. Features such as programmable settings, touch-screen interfaces, real-time monitoring, and automated adjustments can significantly boost productivity.
The build quality and durability of the forging hammer are essential for long-term operational efficiency. Machines constructed from high-quality materials, such as robust steel frames and wear-resistant components, are more resistant to wear and tear. Easy-to-maintain designs and accessible components simplify maintenance, reducing downtime and operational costs.
Safety is paramount in metal forging operations. Look for machines with safety features such as emergency stop buttons, protective guards, and automatic shutdown mechanisms to protect operators and equipment.
Reputable brands ensure higher quality and better support. Here are some top brands in the forging hammer market:
Kitmondo features equipment from these and other reputable brands, ensuring access to reliable and well-supported machinery.
The cost of used forging hammers varies widely based on factors such as age, condition, brand, and specific features. Generally, prices can range from several thousand to several hundred thousand dollars. For example, a used Anyang pneumatic forging hammer might be priced around $10,000 to $30,000, while a high-end Lasco hydraulic forging hammer could cost between $100,000 and $300,000. Kitmondo’s marketplace offers a range of pricing options, providing transparency and competitive deals for buyers.
Forging hammers are indispensable tools in the metal forging industry, offering efficient and reliable solutions for shaping metal workpieces. By understanding the different types of hammers and key factors to consider when purchasing, businesses can make informed decisions that enhance their operational capabilities. Kitmondo offers a comprehensive platform for sourcing high-quality used machinery, providing detailed listings and competitive pricing. Whether you need a drop forging hammer, a pneumatic forging hammer, a hydraulic forging hammer, or a mechanical forging hammer, Kitmondo’s extensive inventory and user-friendly interface make it easy to find the right equipment for your metal forging operations.