| Hercules-Ajax HR3000 Universal Heavy-Duty Lathe – Year 1979 |
| Machine Overview |
| Hercules-Ajax HR3000 Universal Heavy-Duty Lathe, Year 1979, designed for heavy-duty turning applications requiring high rigidity and large workpiece capacity. Equipped with a 20 HP spindle drive, 4.1″ spindle bore, 12-foot bed, 16 spindle speeds, taper attachment, steady rest, follow rest, rapid traverse, and a 4-jaw chuck. Suitable for oil & gas, mining, power generation, shipbuilding, and heavy industrial machining. |
| Specification |
Metric |
Imperial |
| Manufacturer |
Hercules-Ajax |
Hercules-Ajax |
| Model |
HR3000 |
HR3000 |
| Year of Manufacture |
1979 |
1979 |
| Serial Number |
3680605 |
3680605 |
| Condition |
Used |
Used |
| Machine Type |
Universal Heavy-Duty Engine Lathe |
Universal Heavy-Duty Engine Lathe |
| Swing Over Bed |
711 mm |
28″ |
| Swing in Gap |
965 mm |
38″ |
| Swing Over Cross Slide |
432 mm |
17″ |
| Distance Between Centers (Bed Length) |
3,658 mm |
12 ft |
| Spindle Bore |
104 mm |
4.1″ |
| Main Motor Power |
15 kW |
20 HP |
| Number of Spindle Speeds |
16 |
16 |
| Spindle Speed Range |
12 – 1,200 RPM |
12 – 1,200 RPM |
| Available Spindle Speeds |
12, 16, 22, 30, 41, 56, 77, 105, 135, 183, 265, 343, 475, 640, 885, 1,200 RPM |
| Standard Equipment |
- Taper Attachment
- Steady Rest
- Follow Rest
- Rapid Traverse
- 4-Jaw Chuck
- Five Additional Taper Tool Posts for Drilling
- Heavy-Duty Gear Head
- Universal Engine Lathe Configuration
|
| Machine Features |
| The Hercules-Ajax HR3000 is a robust universal heavy-duty lathe designed for machining large shafts, rolls, pipes, flanges, and heavy industrial components. Its large 4.1-inch spindle bore, 28-inch swing over bed, 38-inch gap capacity, powerful 20 HP spindle motor, and wide 16-speed gearbox provide excellent versatility for roughing and finishing operations. Complete with taper attachment, steady and follow rests, rapid traverse, and a 4-jaw chuck, this machine is well suited for maintenance workshops, energy, mining, shipbuilding, steel fabrication, and general heavy engineering applications. |