Directory Image
This website uses cookies to improve user experience. By using our website you consent to all cookies in accordance with our Privacy Policy.

Mechanism of 3 Roll Plate Bending Machine Explained

Author: Frido Pinto
by Frido Pinto
Posted: Oct 10, 2014

In today’s world, most of the manufacturing and production companies are facing problem due to the malfunction of the machines over time to time. Some of the machines wear off much quicker than the expected time period. This problem arises because of the limited life span on the equipments and it is due to the heavy production rate. Huge machinery used in production companies are generally role plates which are bend with machine to give them the desired shape of any specific machine. A 3 roll plate bending machine is one of the most popular machineries that are used to bend roll plates for giving shape to various types of industrial machines.

As days goes on and modification takes place, various types of and advanced plate bending machines are developed and a 3 roll hydraulic plate bending machine is one of the best machine that we have in these days. The special feature of plate roll makes it easy to operate and as a result, it is one of the effective plate roll machine available in today’s world. 3 heavy cylinders are there and they operate through planetary gearbox system. The planetary movements of the cylinders make it possible to roll the plate in an effective manner. The planetary roll movements and the rolling cylinders are controlled by massive torsion bars. Due to the implementation of the advanced technology, it works so effectively that, a very less maintenance is needed for this machine. All machine parts are of best quality and some of the main features of this 3 roll plate bending machine are,

  • High quality of forged steel is used for its manufacturing.
  • Tempered and hardened process is applied to the machinery parts.
  • Great finishing or polishing is applied to the machinery parts after hardening process.
  • Special version rolls are provided for particular use.

After the refinement over various years through deep research and development a 4 roll plate bending machine is considered as one of the finest plate bending machines that is available in today’s world market. It is one of the quickest and easily operable rolling machines. It squeeze the plate between the 2 central driven rolls, pre-bend the leading edge and roll the body of the plate along with the trailing edge in one direction. The bending process was effectively done just in one attempt. There is no chance of misplacement of the plates during the rolling process. The machine is also perfectly suited to be controlled by Numeric control or Computer Numeric control system.

These machines are designed to work for years with less maintenance. In addition to special manual distributors and valves allow us to have infinite variable speed on all movements. Such a characteristic is very much important in some phases of bending. In today’s situation, a 4 roll plate bending machine is very much important to carry out roll plate bending in various manufacturing companies. Therefore it is very much necessary to be careful during choosing one of the machines to get an effective production rate in the end.

Author Resource:

Frido Pinto writes articles about various machine tools and production lines used in the metal forming and forging industries. For businesses that want to procure a 3 roll plate bending machine, he recommends the name of Taian Smart Machine Tools that manufactures and supplies heavy machines to over 30 nations. You can order a 4 roll plate bending machine from this company too.

About the Author

Industrial users looking to order the latest metal plate edge bevelling machine can depend upon Taian Smart Machine for the best product. Located in China, the manufacturer has designed a bevelling machine known for its high frequency and accuracy.

Rate this Article
Leave a Comment
Author Thumbnail
I Agree:
Comment 
Pictures
Author: Frido Pinto

Frido Pinto

Member since: Jun 24, 2014
Published articles: 9

Related Articles