| Brand | Ace Micromatic |
|---|---|
| Model Number | Super Jobber 500 LM |
| Maximum Turning Diameter | 320mm |
| Maximum Turning Length | 500mm |
| Spindle Size | A2-6 |
| Spindle Motor Power Fanuc Continuous | 7.5 kw |
| Spindle Motor Power Fanuc 15 Min | 11 kw |
| Swing Over Bed | 500mm |
| Swing Over Carriage | 225mm |
| Distance Between Centers | 550mm |
|---|---|
| Max Bar Capacity | 42mm |
| Bore Through Spindle | 63mm |
| Max Spindle Speed | 3500 Rpm |
| Spindle Motor Power Siemens Continuous | 9 kw |
| Spindle Motor Power Siemens S6-40 | 13.8 kw |
| Full Power Range - Fanuc | 1166-2626 Rpm |
| Full Power Range -Siemens | 875-2500 Rpm |
| Standard Chuck Size | 200 mm |
CNC machining has largely overtaken manual machining in many shops, especially those that focus on high-volume
production or precision fabrication. Some of the advantages of CNC machining include:
Short Turnaround Times
Conventional machines take additional time and resources to set up and operate. CNC 5-axis machines take less time to set up, create parts faster, and require less operator attention during production. This results in much faster turnaround times and scalability.
High Tolerances
The autonomous nature of CNC machines eliminates human error and accuracy issues stemming from operators. Though specific tolerances often vary by machine and project, CNC machining is often capable of achieving extremely tight tolerances.
Cost Savings
Fewer technicians and operators are required to execute CNC-enabled automation. Production times are minimized, labor costs are reduced, and production speed and efficiency of CNC machining make it cost-effective. Overall, CNC machining produces superior results at a low cost per part.
Scalability
Manual machining operations offer little in terms of volume flexibility. CNC equipment can easily be dialed up or down to meet changing volume demands.
Versatility
CNC machining is one of the most common fabrication methods for its versatile nature. CNC operations are compatible with an expansive range of materials and offer the ability to reliably bring complex design geometries to life.