This machine is a universal horizontal milling and boring machine. It is suitable for processing large-size work-pieces such as cases, shells, bases, etc. with drilling, boring, expanding, reaming, countering, milling, grooving and threading etc. The machine is widely used as key equipment to machining cases in the field of engine, transportation, heavy type, petroleum machinery etc.
●TPX611 series machine tools are ordinary horizontal milling and boring machines with single column, side hanging box and cross sliding table structure. They are reinforced boring bars of similar machine tools and are mainly suitable for plane milling and hole machining of box parts.
●Each guide rail of the machine tool adopts rectangular guide rail with wide cross section, PTFE special guide veneer, match with artificial fine scraping, wear resistance and pressure resistance, the rigidity and stability of the machine tool is good.
●The end of the spindle box is equipped with a flat rotary disk, which can bore larger holes and planes.
●The worktable is 4x90 degrees, and adopts four-point manual single-pin positioning structure, which ensures accurate and reliable positioning.
●Each guide rail adopts centralized timing and quantitative lubrication system to ensure that all moving parts are flexible and reliable.
|Max.torque of spindle||2950N.m||2950N.m|
|Max.torque of radial slide||4694N.m||4694N.m|
|Max.axial thrust of spindle||31360N.m||31360N.m|
|Boring spindle taper||MT6(Optional:ISO50 7:24)||MT6(Optional:ISO50 7:24)|
|Max. travel of spindle||900mm||900mm|
|Max. travel of worktable||Longitudinal with boring stay||1500mm||1500mm(special supplied)|
|Longitudinal without boring stay||2000mm(special supplied)||2000mm|
|Distance from spindle axis to table surface||Max.||1400mm||1800mm|
|Max.travel of radial tool holder on facing head||250mm||250mm|
|the worktable is locating in the middle of the lower saddle||8000kg||10000kg|
|the worktable is locating in the end of the lower saddle||6300kg||7000kg|
|Worktable size (L×W)||1600X1400||1800X1600|
Boring and milling machines are versatile tools used in various industries for precision machining operations. They are capable of both boring, which is the process of enlarging existing holes or cylinders, and milling, which involves cutting and shaping materials to achieve specific dimensions and shapes. Here are some common applications of boring and milling machines:
Boring and milling machines are widely used in the automotive industry for engine block machining, cylinder head reconditioning, and other precision machining tasks. They help in achieving tight tolerances and smooth surfaces necessary for engine performance and efficiency.
In the aerospace sector, boring and milling machines are employed to fabricate complex components such as landing gear parts, aircraft engine casings, and structural components. These machines ensure accuracy and repeatability in producing critical aerospace parts.
Boring and milling machines play a crucial role in the manufacturing of molds and dies used in various industries like plastics, automotive, and consumer goods. They enable the production of intricate shapes and contours required for mold and die production.
Boring and milling machines are used in the energy industry for machining components in power plants, such as steam turbine casings, generator parts, and other critical components. These machines ensure the high precision and quality needed for efficient energy production.
Boring and milling machines are utilized in the rail and transportation sector for producing large-scale components, such as axle boxes, bogie frames, and railway wheel hubs.
In the mining and construction industries, boring and milling machines are used to fabricate components for heavy machinery like excavators, bulldozers, and cranes.
These machines are employed to manufacture precision components used in defense equipment, including firearms, artillery, and military vehicles.
Boring and milling machines are valuable tools in general machining and repair shops, where they are used to restore worn-out or damaged components to their original specifications.
In shipbuilding and marine engineering, boring and milling machines are used to manufacture ship engine components, propellers, and other marine parts with high precision and reliability.
Overall, boring and milling machines are essential in various industries that require high precision, accuracy, and efficiency in their machining processes. Their versatility and capability to handle a wide range of materials make them indispensable tools in modern manufacturing and engineering applications.
1.Q:What are the benefits of using milling and boring machines?
A:The benefits include high precision, accuracy, and repeatability in machining complex parts, improved productivity, and the ability to handle a variety of materials.
2.Q:What types of milling operations can be performed using these machines?
A:Milling operations can include face milling, end milling, slot milling, profile milling, and more, depending on the cutting tool and workpiece requirements.
3.Q:What are the types of boring operations performed with these machines?
A:Boring operations include line boring, back boring, and precision boring, used to enlarge or align existing holes and achieve high concentricity.
4.Q:How to maintain milling and boring machines for optimal performance?
A:Regular maintenance, including cleaning, lubrication, and alignment checks, is essential to ensure the machines' longevity and accuracy.
5.Q:Can milling and boring machines be used for other machining operations?
A:Yes, some machines can be equipped with additional attachments to perform drilling, tapping, and other related operations.