Types of Shaper Machine

Previously we discussed about what is shape machine. Now we are reading about several types of shape machine each featuring different size and usage. Following are the few different types of shape machines.

The different Types of Shaping Machine

Crank Type Shape Machines

Crank Type shaping machine is the among the most common type. The crank shape uses a crank mechanism (change circular motion to a repeated linear motion). The Ram holds the tool post and tools to cut and shape the work piece.

Gear Type Shaping Machine

In this types of shaping machines, the ram is reciprocating. The ram is poignant as a result of reciprocating motion with the rack and pinion. The rack teeth are cut directly below the ram mesh with the spur gear.

Instead of a crank, a gear mechanism is used to give the ram a repeated linear motion. This is not a very famous machine in the industry however it is used for its robust build and also liked for its gear mechanism.

Hydraulic Shape Machine

This is a very interesting shaper machine as it is way modern than the traditional crank and gear shape machines. The hydraulic system can easily provide a high volume of pressure to the Ram. These machines are quieter and smoother than the previous types.

Vertical Shape Machine

Vertical shaper machines may be hydraulic or crank driven but their orientation is vertical. Vertical shaper machine is more convenient for internal surfaces, slots and grooves.

Standard Vs Universal Table of Shape Machine

The standard table of a shape machine only provides movement in vertical and horizontal axis whereas the universal table can also incline, swivel on its resting axis.

About Zaighum Shah 57 Articles
Zaighum Shah is a mechanical engineer having more than 20 years of experience. Zaighum is specializing in product development in Sugar Mill industries. Zaighum has gone through all phases of mechanical engineering and it’s practical implementation. Zaighum has been solving most complex problems, designing new systems and improving existing models and systems.