Hot forging press Massey 1300 — 1300 ton
Massey 1300 hot forging press - description
Technical specifications Massey 1300 (ID:76216)
| Type | Hot forging press |
|---|---|
| Manufacturer | Massey |
| Model | 1300 |
| Capacity | 1300 ton |
| Stroke | 254 mm |
| Stroke per min. | 90 |
| Journal dia. | 406 mm |
| Shaft diameter at eccentric | 660 mm |
| Ram width (L to R) | 838 mm |
| Depth (F to B) | 787 mm |
| Between column (L to R) | 980 mm |
| Table to Floor | 710 mm |
| Ram to table (bottom of stroke) | 622 mm |
| Ram to Table (top of stroke) | 876 mm |
| Side opening in columns depth (F to B) | 610 mm |
| Height | 600 mm |
| Table width (L to R) | 950 mm |
| Depth (F to B) Wedge | 686 mm |
| Table adjustment | 13 mm |
| Motor rating (Continuous) | 50 kW |
| Motor speed at full load | 560 rpm |
| Supply system | 380 V, (+- 20V) 3ph, 50Hz |
| Total Height | 5270 mm |
| Above floor | 4735 mm |
| Max. Width (L to R) | 3850 mm |
| Depth (F to B) | 3330 mm |
| Floor space required | 3800 x 3300 mm |
| Approx. weight | 75 ton |
Hot forging press Massey - technological processes and operations
| Forging | The process of plastic deformation of metal, in which the workpiece changes shape under the impact of blows or static pressure. During forging, the metal structure is densified, internal inhomogeneities are eliminated, and the mechanical properties of the material are improved. As a result, forged products are distinguished by high strength and reliability when operating under significant loads. Forging is used both for producing finished parts and for preparing workpieces for subsequent stamping. |
|---|---|
| Hot forging | Hot forging is a process of shaping metal under pressure at elevated temperatures. Heating reduces the deformation resistance of the material, allowing it to flow more easily into the die cavity. The process provides high productivity and the ability to form complex shapes. Used for manufacturing forgings from steel and alloys in series and mass production. |
| Closed-die forging | The workpiece is deformed inside a die cavity that restricts metal flow, forcing it to fill the exact shape of the tool. Under high pressure, the material spreads into every recess and detail of the die, producing a part with precise geometry. This method provides high accuracy and repeatability, making it the standard for series and mass production of complex forgings. |
| Preforming | Preforming prepares the workpiece for the main stamping operation by giving it an approximate shape of the future part. The metal is distributed in the die to facilitate final filling and reduce tool wear. This intermediate step improves accuracy and quality of the finished product. |
| Piercing | Piercing forms a hole in a solid workpiece by driving a tool through the material without removing it. The metal is displaced sideways, creating a through or blind opening while preserving the structure around it. The operation is performed on presses and is used in the production of hollow parts such as bushings, rings, and shafts. |