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One clamping, double-sided molding: CNC lathe double-sided processing

One clamping, double-sided molding: CNC lathe double-sided processing

A brake disc with a flange structure, double-sided processing can simultaneously ensure the perpendicularity of the flange surface and the friction surface, improving assembly accuracy. Wind turbine brake discs are double-sided processed with ventilation slots and heat dissipation holes. Simultaneous double-sided processing can avoid hole displacement caused by secondary clamping.

17

2025-06

CNC vertical lathe: empowering high-precision manufacturing in the semiconductor industry

CNC vertical lathe: empowering high-precision manufacturing in the semiconductor industry

The fixture unit is connected to the CNC worktable through a hydraulic quick change joint, with a loading and unloading time of ≤ 2 minutes; Modular design supports expansion to double-layer or multi-layer workstations, further enhancing mass production capacity. For example, when processing semiconductor vacuum chamber components, the workpiece can be clamped simultaneously to complete inner and outer circular turning and end face groove processing.

10

2025-06

Journey of Processing Brake Discs and Industrial Machinery Components on CNC Vertical Lathes

Journey of Processing Brake Discs and Industrial Machinery Components on CNC Vertical Lathes

CNC machining of brake discs can ensure the machining accuracy and quality of brake discs, and improve the reliability performance of automobiles.

28

2025-05

One vertical car=3 traditional devices? How does the "space folding technique" of MEICO vertical lathe rewrite the workshop layout?

One vertical car=3 traditional devices? How does the "space folding technique" of MEICO vertical lathe rewrite the workshop layout?

Performance of the turret: Equipped with a 250Nm high torque hydraulic turret, it supports 12 station power cutting tools and milling functions, achieving combined machining of turning and milling. A single device replaces the traditional combination of lathe and milling machine, saving equipment investment and land area by 30%.

29

2025-04

Knife tower CNC vertical lathe

Knife tower CNC vertical lathe

By configuring power cutting tools (such as milling spindles) through the turret, turning milling composite machining can be achieved. For example, when machining aircraft engine blades, mortise and tenon milling can be directly performed after turning the contour to reduce secondary clamping errors.

28

2025-04

CNC vertical lathe with a turning diameter of 3 meters

CNC vertical lathe with a turning diameter of 3 meters

The CNC vertical lathe has the characteristics of compact structure and good working stability, which can maintain the working accuracy of the lathe for a long time. Suitable for workpieces that require high machining accuracy, such as precision mechanical parts, aerospace parts, etc.

27

2025-03

Heavy cutting turret crane: How to ensure precise and stable feed?

Heavy cutting turret crane: How to ensure precise and stable feed?

Jiangsu Meishen Meike 400-1000 turret crane is equipped with a 250 strong turret, which not only has higher rigidity and cutting force, but also enables faster tool changing operations, further improving machining efficiency. At the same time, the enlarged inclined body design makes chip removal smoother, avoiding the decrease in machining quality and machine damage caused by chip accumulation.

12

2025-03

Calibration of circular runout on CNC vertical lathe: a key step to ensure workpiece quality

Calibration of circular runout on CNC vertical lathe: a key step to ensure workpiece quality

The correction of circular runout on CNC vertical lathes requires comprehensive consideration and processing from multiple aspects. The correction of circular runout in CNC vertical lathes is a complex problem involving multiple aspects, which requires comprehensive consideration and processing from multiple perspectives such as cutting tools, fixtures, lathe components, machining programs, and operating specifications. Through reasonable correction methods and inspection methods, the machining accuracy and quality of the workpiece can be ensured to meet production requirements.

26

2025-02

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