Hydraulic Chuck for Cnc Lathe

Hydraulic Chuck for Cnc Lathe

In high-speed machining, heavy-duty cutting, and high-volume production environments, the stability of workpiece clamping directly impacts precision, tool life, and production efficiency—and the hydraulic chuck for cnc lathe addresses this critical need with its advanced clamping system.
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Description
Technical Parameters

Hydraulic Chuck for CNC Lathe: Stable Clamping for High-Speed & Heavy-Duty Machining

 

In high-speed machining, heavy-duty cutting, and high-volume production environments, the stability of workpiece clamping directly impacts precision, tool life, and production efficiency-and the hydraulic chuck for cnc lathe addresses this critical need with its advanced clamping system. Designed to deliver consistent, high-force clamping that remains secure even during extreme machining conditions, this lathe is ideal for applications such as automotive part production, industrial bearing machining, and large-batch manufacturing of cylindrical components. Its hydraulic chuck technology eliminates the inconsistencies of manual clamping, ensuring that every workpiece is held firmly and accurately, batch after batch.

 

The core innovation of the hydraulic chuck for cnc lathe is its hydraulic clamping system, which replaces traditional manual chucks with a automated, pressure-controlled mechanism. Unlike manual chucks that rely on operator skill to achieve proper clamping force-leading to inconsistencies between parts-the hydraulic chuck uses hydraulic pressure to apply a uniform, adjustable clamping force to the workpiece. This ensures that every part is held with the exact same pressure, eliminating variations in alignment and reducing the risk of workpiece slippage during machining. The system also allows for quick clamping and unclamping, reducing setup time between parts and improving production efficiency-critical for high-volume manufacturing environments where every second counts.

 

Stability during extreme machining conditions is another key benefit of the hydraulic chuck design. High-speed turning and heavy-duty cutting generate significant centrifugal forces and cutting vibrations that can cause manually clamped workpieces to shift, resulting in poor surface finishes, dimensional errors, and even tool damage. The hydraulic chuck's consistent clamping force resists these forces, keeping the workpiece securely in place even at high spindle speeds or during deep cuts. This stability is particularly valuable for machining large or heavy workpieces, such as automotive crankshafts or industrial rollers, where any movement can lead to costly rework or scrap. It also extends tool life by ensuring that the cutting tool maintains a consistent position relative to the workpiece, reducing tool wear and chipping.

 

Versatility and adaptability make the hydraulic chuck for cnc lathe suitable for a wide range of machining applications and workpiece types. The hydraulic chuck can accommodate a variety of workpiece diameters and shapes, with interchangeable jaws that can be customized for specific part geometries-from round shafts to hexagonal nuts and irregularly shaped components. This flexibility allows the same machine to handle multiple part types, reducing the need for specialized equipment and improving workshop efficiency. For example, an automotive parts manufacturer might use the lathe to machine both camshafts and connecting rods, simply by changing the chuck jaws and adjusting the clamping pressure. The lathe's compatibility with a range of materials-including steel, aluminum, cast iron, and alloy metals-further enhances its utility across industries.

 

High-volume production efficiency is a natural outcome of the hydraulic chuck for cnc lathe's design, making it a favorite among manufacturers looking to scale their operations. The quick clamping/unclamping cycle reduces part changeover time, while the consistent clamping ensures that every part meets quality standards without the need for extensive inspection. The machine's advanced CNC control system integrates seamlessly with the hydraulic chuck, allowing for fully automated machining cycles that require minimal operator intervention. This automation reduces labor costs and human error, making the lathe suitable for lights-out production environments where machines operate 24/7. Additionally, the lathe's durable construction and reliable hydraulic system ensure long service life with minimal maintenance, reducing downtime and maximizing productivity.

 

For manufacturers that prioritize stability, consistency, and efficiency in high-volume or heavy-duty machining, the hydraulic chuck for cnc lathe is a game-changing investment. Its hydraulic clamping system eliminates the guesswork of manual clamping, delivering the consistent performance needed to produce high-quality parts at scale. Whether you're machining automotive components, industrial bearings, or large-batch cylindrical parts, this lathe provides the stability and efficiency needed to stay competitive in today's fast-paced manufacturing landscape.

 

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Items

Unit of Measure

Measurement

Max.swing over bed

mm

360

400

500

Max.swing over skateboard

mm

190

210

310

Max. processing length

mm

750/1000/1500

Bed width

mm

360

X-axis travel

mm

180/200/250

Z-axis travel

mm

1080

Spindle speed range

r/min

30-500-1800

Spindle end size

-

C6 or C8

Spindle bore taper

 

MT6/Metric Taper 52

Spindle through hole diameter

mm

52/80

Number of tools

-

4/6

Shank size

-

20*20

Tool change time

sec

<2

X-axis rapid feed

mm/min

4000

Z-axis rapid feed

mm/min

6000

Cutting feed per revolution

mm/r

0.005-100

Minimum setting unit

mm

0.001

Repeatability

mm

0.01

Surface roughness

-

Ra1.6

Sleeve taper

mm

MT4 or MT5

Sleeve diameter

mm

65

Sleeve travel

mm

130

Main motor power

KW

5.5

X-axis, Z-axis servo motor

N.m

4,6 or 5,7.5 for demand

Machine tool dimensions (L * W * H)

mm

750: 2060*1200*1500
1000: 2360*1200*1500
1500: 2660*1200*1500

Net weight

Kg

1600

1700

1800