Tube machines - Import export

Finned tubes for efficient heat exchange Large exchange area in a small space By using finned tubes (also known as corrugated rib tubes), optimal heat exchange can be achieved in a small space. By applying so-called ribs to smooth tubes, the exchange area of ​​the tubes is increased considerably. Finned tubes are usually used where an optimal temperature exchange between gaseous media and liquids is to be achieved. Different designs for every purpose In many cases, finned tubes are built into production machines as a component in machine and apparatus construction. Finned tubes can be designed for a variety of special application conditions. The length, the design and the ribbing can be individually adapted.

TYP A 075 Cutting & Forming Machine for DIP Components Description The Streckfuss cutting and forming machine type A 075 is designed to cut and form the leads of dual in- line package components utilizing a tube- to- tube feeding configuration. The machine is able to process DIP's in a wide range of component sizes (from 7,62 mm up to 19,9 mm). The component leads are first formed to the desired lead span and then cutted to desirable length. The adjustment of lead span and cutting parameters can be preset and are displayed on a digital panel. The supply of components can only be done by the use of component tubes. An empty component tube picks up the processed components. The processing speed is infinitely variable. Up to 3.500 components can be processed within an hour. Components

TYP A 075/Ri Forming Machine for DIP Components Description The Streckfuss forming machine type A 075 Ri is designed to form the leads of dual in- line package components utilizing a tube- to- tube feeding configuration. The machine is able to process DIP's in a wide range of component sizes (from 7,62 mm up to 19,9 mm). The adjustment of lead span can be preset and is displayed on a digital panel. The supply of components can only be done by the use of component tubes. The processing speed is continuously variable. Up to 5.000 components can be processed within an hour. Components