Description, principle and mechanism of the metal removal operations (cutting, spark erosion).

Description, principle and mechanism of the metal removal operations (cutting, spark erosion).

detail the different machines used for metal removal and rolling,

This means that the required surface quality can be achieved quicker and with reduced metal removal and electrolyte consumption.

For us to stand up and say we get 20% better tool life or 50% more metal removal than our next competitor, you can be certain it’s true.

High stock removal rate (per time unit) and short grinding times

The second method is called "stock removal" which consists of taking a piece of steel and removing matter until a knife is formed.

The inventive cutting matrix comprises a top surface (13), a first cavity for tightening (11) in the cutting tool (14) and a cutting edge for cutting by stock removal.

This minimises scratches and leaves a finer finish than a belt sander, but at the cost of a lower stock removal rate.

A long service life, maximum stock removal and excellent surface quality also promise a decisive competitive advantage when it comes to processing aircraft components.

The invention relates to a method for cutting- or non-cutting shaping of metals using two cooling lubricants.

This enables the cylinder sleeve (26) and the closing component (68) to be produced without cutting by reshaping.

The thickness of the facing layer is then reduced by removing material by means of a cutting tool.

The thread former is used for the non-cutting shaping of threads, particularly of internal threads.

The invention also relates to a method for manufacturing a cutting insert for chip removing machining.

The aim of the invention is to provide solutions for improving the direct influence of a metal-cutting and/or separative machining during the machining process.