The working environment of wind power equipment is usually harsh, which puts forward higher requirements for the machining performance of YOUJI machine tools. Modern machine tools have the characteristics of high speed, efficiency, intelligence and flexibility, which can meet the high accuracy and efficiency requirements of wind power equipment processing.
YOUJI machine tools adopt advanced CNC systems and precise transmission mechanisms, enabling high-precision machining of bearing components. This includes the precise processing of key components such as bearing inner and outer rings, rollers, etc., to ensure the rotational accuracy and load-bearing capacity of the bearings.
YOUJI machine tools can adopt the method of simultaneous cutting with multiple tools during the processing, which greatly improves the processing efficiency. This is particularly important for automotive parts that require mass production. By improving production efficiency, the production cycle can be shortened and production costs can be reduced.
YOUJI machine tools adopt advanced CNC technology and precision machining processes, enabling high-precision machining at the micron or even submicron level. This is crucial for the processing of fine circuits and tiny components in semiconductor manufacturing.
Aeroengines are one of the most complex components in the field of aerospace. Its blades, rings, turbine discs and other components require high-precision machining. YOUJI machine tools can accurately process these complex shapes and structures to ensure that the geometric accuracy and surface quality of components meet the design requirements.
YJ machine tools, through their precise transmission systems and CNC systems, can achieve high-precision machining of these complex surfaces and holes, meeting the strict requirements for component machining accuracy in construction machinery.
YOUJI machine tools are widely used in the processing of wheel pairs in the rail transit industry. Wheel pairs are key components of rail transit vehicles, and their machining accuracy directly affects the operating stability and safety of vehicles.
Wind Power
Bearing
Auto Parts Industry
Semiconductor
Aerospace
Engineering Machinery
Railways
Vertical lathes are widely used in railways, ships, machinery manufacturing, mold production and other fields. The production in these fields requires high machining accuracy. By using vertical lathes for processing, the production efficiency and workpiece accuracy can be improved. For example, the vertical lathe is suitable for processing rods, plates and various shaft and sleeve parts, and the verticality of the spindle can ensure the stability and accuracy of the processed parts.
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Horizontal lathes are widely used in railways, ships, machinery manufacturing, mold production and other fields. The production in these fields requires high processing accuracy. By using vertical lathes for processing, the production efficiency and workpiece accuracy can be improved. For example, the horizontal lathe is suitable for processing rods, coils and various shaft and sleeve parts. The verticality of the spindle can ensure the stability and accuracy of the processed parts.
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YOUJI vertical comprehensive machining center machine, the spindle design is equipped with ball bearings that can withstand heavy cutting capacity, and the use of roller rail slides, which strengthens the rigidity of the structure. It not only improves the ability of heavy cutting, but also provides complete tool scheduling of knives and fixtures to meet various extremely complex machining needs and solve difficult problems for customers.
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The reinforced structural design of the body, combined with high-speed cutting ability, makes the processed products have high-quality performance, and effectively controls the tool vibration to extend the tool service life and improve the machining accuracy of the workpiece.
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The X-axis has two powerful roller rails, and the six sliders are fixed. The screw adopts a hollow + oil-cooled method to ensure high-precision machining. The turntable has high-precision ball bearings and hydraulic static bearings for customers to choose according to product accuracy. It can be matched with double spindle and single spindle or other customization composite machining design. The vertical grinding spindle can be equipped with an 8-degree knife library to increase mechanical flexibility. In order to meet the customer's high-quality requirements, it can be equipped with a workpiece measuring device to detect product accuracy online, which is simple and convenient to operate.
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