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assume that each vehicle has 5 airbags and that each<br />

airbag requires one turned part, this represents 300<br />

million parts. Suppose that a company works 300<br />

days per year, it therefore makes 1 million parts per<br />

day! A typical airbag part is produced at 8 parts per<br />

minute on a Chucker multispindle. Therefore, let’s<br />

assume that, with an efficiency rate of 80%, a<br />

machine working 24 hours a day produces 9200<br />

parts per day. Bases on this calculation, it would<br />

therefore require 109 machines working 24 hours a<br />

day, 300 days a year to produce this part! The potential<br />

therefore exists.<br />

Tailor-made as standard!<br />

Why choose the robot or the slope? The cycle time<br />

of the workpiece is the decisive element. In the case<br />

of a rapid part (a few seconds), the robot is to be<br />

avoided because its operation time is too long compared<br />

to the time required to produce the part. The<br />

machining time actually determines the time authorized<br />

for the loading and unloading because the cycle<br />

time must nor be slowed for handling reasons.<br />

How to establish which is the best solution? Even if<br />

the machines are standard elements, each case is<br />

specific and the solution is finely adapted.<br />

Would you like further information concerning<br />

Chucker solutions? Please contact Mr Rocco<br />

Martoccia at <strong>Tornos</strong> at the following address:<br />

<strong>Tornos</strong> SA<br />

Rocco Martoccia<br />

Industrielle 111<br />

2740 Moutier<br />

Tel. +41 32 494 44 44<br />

Fax +41 32 494 49 03<br />

martoccia.r@tornos.com<br />

CHUCKER SOLUTION: IN SHORT!<br />

Limitations of the system<br />

• Development “tailor-made” per part family<br />

Benefits of the Chucker solution<br />

• Reduction in parts costs<br />

• Reduced floor space of machine<br />

• Reduced swarf<br />

• Loading up to 40 mm<br />

• Possibility of machining special profiles<br />

• Loading of non-symmetrical material<br />

• Main strengths of the standard machine conserved<br />

04 / 08<br />

decomagazine 57

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