hydraulic steady rest

we produce high quality hydraulic steady rest.

1.technology is from Germany.

2.good quality based on our factory good equipment, such as precision VMC machining center,and import lathe and other good accuacy equipment.

3. short lead time: advantage lead time is 15-25days.

4. good aftersale

5. can equip support bracket

welcome inquiry our hydraulic steady rest.

hydraulic-self-center-steady-rest

RC-1(5-70)
Technical Parameters
Clamping range	5 – 70mm
Maximum clamping force	200 daN
Maximum linear speed of roller	730 m/min
Positioning accuracy within the clamping range	0.02 mm
Repetitive positioning accuracy	0.005 mm
Minimum working pressure	1 Mpa
Maximum working pressure	2.5 Mpa
Piston area	310 mm 2
weight	8.6 kg

RC-2(7-100)
Technical Parameters
Clamping range	7 – 100 mm
Maximum clamping force	830 daN
Maximum linear speed of roller	730 m/min
Positioning accuracy within the clamping range	0 . 03mm
Repetitive positioning accuracy	0 . 005mm
Minimum working pressure	1 Mpa
Maximum working pressure	6 Mpa
Piston area	700mm 2
weight	28 kg

RC-3(10-120)
Technical Parameters
Clamping range	1 0 – 120 mm
Maximum clamping force	1350 daN
Maximum linear speed of roller	930 m/min
Positioning accuracy within the clamping range	0.04 mm
Repetitive positioning accuracy	0.006 mm
Minimum working pressure	1 Mpa
Maximum working pressure	6 Mpa
Piston area	960mm 2
weight	34 kg

RC-4(10-160)
Technical Parameters
Clamping range	10 – 160 mm
Maximum clamping force	3300 daN
Maximum linear speed of roller	805 m/min
Positioning accuracy within the clamping range	0 . 05mm
Repetitive positioning accuracy	0 . 007mm
Minimum working pressure	1 Mpa
Maximum working pressure	7 Mpa
Piston area	1250mm 2
weight	48 kg

RC-5(20-200)
Technical Parameters
Clamping range	20 – 200 mm
Maximum clamping force	3800 daN
Maximum linear speed of roller	890 m/min
Positioning accuracy within the clamping range	0.06 mm
Repetitive positioning accuracy	0.007 mm
Minimum working pressure	1 Mpa
Maximum working pressure	7 Mpa
Piston area	1250mm 2
weight	67 kg

RC-6(30-260)
Technical Parameters
Clamping range	30 – 260 mm
Maximum clamping force	4800 daN
Maximum linear speed of roller	890 m/min
Positioning accuracy within the clamping range	0 . 06mm
Repetitive positioning accuracy	0 . 007mm
Minimum working pressure	1 Mpa
Maximum working pressure	7 Mpa
Piston area	1250mm 2
weight	87 kg

RC-7(45-320)
Technical Parameters
Clamping range	45 – 320 mm
Maximum clamping force	5800 daN
Maximum linear speed of roller	655 m/min
Positioning accuracy within the clamping range	0.07 mm
Repetitive positioning accuracy	0.008 mm
Minimum working pressure	1 Mpa
Maximum working pressure	7 Mpa
Piston area	1960mm 2
weight	162 kg

RC-9(100-430)
Technical Parameters
Clamping range	100 – 430 mm
Maximum clamping force	6900 daN
Maximum linear speed of roller	685 m/min
Positioning accuracy within the clamping range	0.08 mm
Repetitive positioning accuracy	0.01 mm
Minimum working pressure	2 Mpa
Maximum working pressure	8 Mpa
Piston area	4420 mm 2
weight	335 kg

RC-10(100-510)
Technical Parameters
Clamping range	100 – 510 mm
Maximum clamping force	7200 daN
Maximum linear speed of roller	685 m/min
Positioning accuracy within the clamping range	0.1 mm
Repetitive positioning accuracy	0.02 mm
Minimum working pressure	2 Mpa
Maximum working pressure	8 Mpa
Piston area	4420 mm 2
weight	366 kg

RC-11(245-680)
Technical Parameters
Clamping range	250 – 680 mm
Maximum clamping force	7200 daN
Maximum linear speed of roller	685 m/min
Positioning accuracy within the clamping range	0.1 mm
Repetitive positioning accuracy	0.03 mm
Minimum working pressure	2 Mpa
Maximum working pressure	8 Mpa
Piston area	5030 mm 2
weight	482 kg

RC-13(190-630)
Technical Parameters
Clamping range	190 – 630 mm
Maximum clamping force	9200 daN
Maximum linear speed of roller	457 m/min
Positioning accuracy within the clamping range	0.2 mm
Repetitive positioning accuracy	0.04 mm
Minimum working pressure	2 Mpa
Maximum working pressure	8 Mpa
Piston area	7850 mm 2
weight	693 kg

hydraulic-self-center-steady-rest feature

In the complex world of machining, the hydraulic steady rest stands out as an indispensable tool. It plays a crucial role in enhancing the precision and efficiency of various machining operations.

Exceptional Stability

The hydraulic steady rest is renowned for its outstanding stability. and During the machining of long and slender workpieces, vibrations and deflections are common issues. However, this remarkable device addresses these problems effectively. Its hydraulic – powered clamping mechanism firmly secures the workpiece, minimizing any unwanted movement. For instance, when turning a long shaft on a lathe, the hydraulic steady rest ensures that the shaft remains in a stable position, enabling precise cuts and a smooth surface finish.

High Adaptability

Another key feature is its high adaptability. and It can be easily adjusted to accommodate workpieces of different diameters. The hydraulic system allows for quick and precise control over the pressure exerted by the support pads. This means that whether you are working on a small – diameter rod or a large – sized cylinder, the hydraulic steady rest can be fine – tuned to provide the optimal support.

User - friendly Operation

The hydraulic steady rest is designed with user – friendliness in mind. Operators can quickly understand and operate it. The intuitive controls and the smooth operation of the hydraulic system make the setup and adjustment process a breeze. This not only saves time but also reduces the chances of human – error during machining.

In conclusion, if you’re in the machining field, the hydraulic steady rest is a must – have tool. Its stability, adaptability, and ease of use make it an ideal choice for improving the quality and efficiency of your machining tasks.

hydraulic steady rest