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Baileigh VM-942-1; 220V 1Phase Variable Speed Vertical Milling Machine 9" x 42" Table BI-1008192
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Baileigh VM-949-1; 220V 1Phase Variable Speed Vertical Milling Machine 9" x 49" Table Yaskawa VFD BI-1008232
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Baileigh VM-1258-3; 220V 3Phase Variable Speed Vertical Milling Machine with Rigid Head 12" x 58" Table BI-1008169
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Baileigh VM-1054-3; 220V 3Phase Variable Speed Vertical Milling Machine with Rigid Head 10" x 54" Table BI-1008136
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Baileigh VM-949E-VS; 220V 1Phase 3HP Vertical Mill, 9" x 49" Table, Variable Speed Pulley System, X Power Feed, DRO BI-1019108Baileigh VM-949E-VS; 220V 1Phase 3HP Vertical Mill, 9" x 49" Table, Variable Speed Pulley System, X Power Feed, DRO BI-1019108
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Baileigh VMD-828G; 110V Gear Driven Mill and Drill, Includes Stand, Coolant System, Work Light, and R8 Spindle BI-1020692Baileigh VMD-828G; 110V Gear Driven Mill and Drill, Includes Stand, Coolant System, Work Light, and R8 Spindle BI-1020692
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Baileigh VM-626-1; 110V 1.5HP 9 Speed Vertical Turret Knee Mill R8 Spindle w/Stand, Work Light, & 1-Shot Lubricator BI-1017634Baileigh VM-626-1; 110V 1.5HP 9 Speed Vertical Turret Knee Mill R8 Spindle w/Stand, Work Light, & 1-Shot Lubricator BI-1017634
Save $4,911.00
Baileigh VM-949-3; 220V 3Phase Variable Speed Vertical Milling Machine 9" x 49" Table Yaskawa VFD BI-1008236
Save $3,631.00
Baileigh VM-1054E-VS; 220V 3Phase Vertical Mill, 10" x 54" Table, Variable Speed, NT40 Spindle, Coolant, Power Feeds, DRO BI-1020696Baileigh VM-1054E-VS; 220V 3Phase Vertical Mill, 10" x 54" Table, Variable Speed, NT40 Spindle, Coolant, Power Feeds, DRO BI-1020696
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Baileigh MLD-1022; 110V Mill Lathe and Drill Combination, 10" Swing 22" between Centers BI-1228216Baileigh MLD-1022; 110V Mill Lathe and Drill Combination, 10" Swing 22" between Centers BI-1228216
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Baileigh VM-836E-1; 120V Vertical Mill, 8" x 36" Table, 8 Speed Includes R8 Spindle, Coolant, Lubricator, Work Light BI-1020694Baileigh VM-836E-1; 120V Vertical Mill, 8" x 36" Table, 8 Speed Includes R8 Spindle, Coolant, Lubricator, Work Light BI-1020694

What is a Milling Machine used for? 


A milling machine is a machine tool used for the shaping of metal and other solid materials. Milling machines use a rotary cutting tool to remove material from a workpiece and produce a precisely shaped, finished product. They are able to cut in various directions and are generally used to produce flat and irregular surfaces, grooves, slots, gears, and sometimes even complex 3D shapes.

Milling machines can be used to perform a variety of operations, including:

  1. Face Milling: This operation involves cutting flat surfaces perpendicular to the axis of the cutter.

  2. End Milling: This operation involves cutting the end of a workpiece with a end mill.

  3. Profiling: This operation involves cutting a contoured shape into the surface of a workpiece.

  4. Drilling: This operation involves creating holes in the workpiece with a drill bit.

  5. Reaming: This operation involves creating a precisely-sized hole with a reamer tool

  6. Boring: This operation involves creating a hole with a single-point cutting tool.

  7. Tapping: This operation involves cutting threads inside a hole to receive a bolt or screw.

  8. Thread milling: This operation involves using a specialized cutter to create threads.

  9. Keyway cutting: It is used to create grooves in shafts for keys to transmit torque.

Milling machines are used in many different industries such as the automotive, aerospace, construction, and machine manufacturing industries, they are also commonly used in the making of molds and dies. They can also be used in manufacturing of CNC machines and other precision equipment.

Milling machines can be further classified by the type of control, as manual, CNC, or a combination of both (hybrid).



What is the difference between a Milling Machine and a Lathe? 


A milling machine and a lathe are both machine tools used for shaping metal and other materials, but they are used for different types of operations and have distinct design features.

A milling machine uses a rotary cutting tool to remove material from a workpiece and produce a precisely shaped, finished product. The cutting tool, also known as an end mill, moves in various directions, cutting into the workpiece horizontally or vertically, and can be used to create flat and irregular surfaces, grooves, slots, gears, and sometimes even complex 3D shapes.

A lathe, on the other hand, uses a fixed cutting tool and rotates the workpiece to shape it. A cutting tool, such as a turning chisel, is held against the spinning workpiece to remove material and create symmetrical shapes, such as rounds, cylinders, and other rotational forms. Lathes are used to create a wide range of metal parts, from small precision components to large machine parts such as shafts and gears. They are also used to produce a high degree of accuracy, such as threading, drilling, knurling, and turning.

In summary, milling machines are used to create precise shapes and features on a workpiece by cutting and removing material, while lathes are used to create symmetrical, rotating forms by shaping and smoothing material through the use of a fixed cutting tool.

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