QX1250-I
The QX1250 High Speed CNC Spinning Lathe is a high-performance industrial solution designed for precision forming of thick-walled components (up to 15mm steel) in critical sectors such as wind energy, defense, medical equipment, and automotive engineering. Equipped with SINUMERIK 828D (Siemens) full-imported CNC system and advanced process control, it delivers unmatched stability for mission-critical applications.
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Product Detail
A High Speed CNC Spinning Lathe is a precision metal forming machine designed for efficient, high-speed spinning of metal sheets or tubes into various symmetrical shapes. Controlled by a Computer Numerical Control (CNC) system, this lathe ensures high accuracy, repeatability, and surface quality during metal spinning processes.
It is widely used for producing lighting reflectors, cookware, aerospace parts, automotive components, and decorative metal products. The high rotational speed combined with CNC programming allows for faster forming cycles and consistent product dimensions, even with complex contours.
Compared with conventional spinning lathes, high-speed CNC spinning lathes feature servo-driven systems, automatic tool changers, and rigid machine structures, enabling stable operation and reduced material waste. They are ideal for mass production and high-precision applications requiring excellent concentricity and surface finish.
A High Speed CNC Spinning Lathe is a computer-controlled metal forming machine that shapes rotating metal blanks into precise cylindrical, conical, or complex hollow parts at high rotational speeds using programmed tool paths and controlled roller pressure.
| Technical Parameters | |
| Machine Specification | PX1000-I |
| Maximum Blank Diameter | 1000mm |
| Spindle Speed | 0-2000Rpm |
| Overall Dimensions (L×W×H) | 4.8*3.1*2.3m |
| Machine Weight | 9T |
| Aluminum Alloy | 0.5-5.0mm |
| Spinning Thickness for Carbon Steel | 0.5-4.0mm |
| Spinning Thickness for Stainless Steel | 0.5-3.0mm |
| Number of Tool Turret Stations | 4/6/8 |
A flat metal blank (aluminum, stainless steel, copper, etc.) is clamped onto a rotating spindle
The spindle rotates at high speed
A CNC program controls the movement of forming rollers
The rollers press the metal gradually against a mandrel (mold)
The metal flows and takes the shape of the tool
The final part is formed with high precision and smooth surface finish
This is a plastic deformation process, not a cutting process.
High-speed spindle rotation for efficient forming cycles
CNC automation system for precise tool path control
High accuracy forming for complex geometries
Repeatable production quality for mass manufacturing
Reduced material waste compared to machining
Servo-driven control system for stability and precision
Programmable operations (spinning, trimming, flanging, etc.)
High Speed CNC Spinning Lathes are commonly used to produce:
Lampshades and reflectors
Metal domes and cones
Pressure vessel heads
Aerospace components
Automotive parts
Kitchenware (pots, bowls, pans)
HVAC and ventilation components
Industrial metal shells
Higher spindle speed means:
Shorter production cycles
Better material flow during forming
Higher surface quality
Increased productivity per machine
More stable forming for thin-walled parts
Conventional spinning lathe: manual or semi-automatic, operator-dependent
High Speed CNC spinning lathe: fully programmable, consistent, and much faster
CNC versions are preferred for industrial-scale precision manufacturing.
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