The History, Benefits and Advantages of Boring Machines
Boring machines have been used since the early 1800s for the accurate, precision manufacture of small and large parts. A boring machine is used to enlarge existing holes or to bore new holes in all sorts of materials including metal, wood, and plastic. Boring machines may also be referred to as drill presses, drilling machines, jig borers and more. There are a number of advantages and benefits to utilizing a boring machine when compared with other machining processes.
History
Boring machines are believed to have originated from lathes in the early 1800s when machines drill from a rotating chuck in the center. In the late 1800s, a Millers Patent sidehead bored and flowered company in Sheffield, England claims to have made the first boring machine. In the early 20th century, the Cincinnati Milling Machine Company developed the multiple spindle boring machine, an early example of an automated production line.
Types of Boring Machines
There are a number of different types of boring machines available, each suited for different applications and purposes.
1. Horizontal boring machine: This type of cnc boring machine utilises a rotating spindle with a tool bit to precisely bore holes horizontally in the material. It is often used in the industry for precision-machining various components and is available in manual or CNC models.
2. Vertical boring machine: This type of machine is used for precision drilling of vertical holes in the material. It uses a rotating spindle for precision control and can also be automated with a CNC system.
3. Jig boring machine: This type of machine is used for precisely boring and milling complex shapes and geometries. It is typically used with jigs and special fixtures to accurately repeat the same holes and features throughout the production process.
Benefits and Advantages
Boring machines offer a number of advantages and benefits over other machining processes.
1. Accuracy: Boring machines are highly accurate, allowing for precise control over the location and depth of each hole. This is especially important for critical components and for production runs of large numbers of parts with identical holes.
2. Speed: Boring machines are very fast compared to other machining processes. This makes them particularly useful for large production runs.
3. Flexibility: Boring machines are very flexible, as they can be adjusted to boring multiple sizes of holes very quickly and accurately. This is especially beneficial for machining parts with a variety of hole sizes.
Conclusion
Boring machines have been used since the 1800s for accurate, precision manufacturing of small and large components. They are used to bore new and existing holes in various materials and offer a number of benefits and advantages over other machining processes. Boring machines are highly accurate, fast, and versatile and can be used to bore uniform and complex shapes quickly and accurately.
