#swiss machine

Il ricordo immortale della “Swiss Machine”

Il 30 aprile del 2017 è una data tragica per tutto il mondo dell’alpinismo e degli appassionati della montagna. Muore Ueli Steck, uno dei più grandi alpinisti, all’età di 41 anni.

L’uomo delle 28 ore sull’Annapurna, delle salite a tempo di record sulla nord dell’Eiger, sul Monte Bianco, sul Cervino, sullo Shisha. Della linea perfetta sull’inviolata nord del Tengkangpoche.

Ci ha lasciati la “

Ueli Steck - #Mountaineering #Legend!

New Post has been published on http://www.motoringnews.net/in-the-spotlight/how-cnc-precision-machining-influenced-the-aerospace-industry/

How CNC Precision Machining Influenced the Aerospace Industry

The use of Computer Numerical Control (CNC) has developed to what it is today after the boom of the aircraft industry in WWII. Its ability to produce more accurate and complex parts has improved the processes and equipment of aerospace companies.

A PC controls a machine’s function through numerical control. The computer controls the exact positioning and velocity. It runs all the features, such as feed rate, coordination, location and speed.

CNC’s Essential System

CNC allowed a tremendous increase in the productivity of machine tools with its automatic operation without requiring constant attention. Berkness Swiss says that CNC precision machining manufactures complex components for the most demanding markets, including the aerospace, defense, industrial, medical, and telecommunication sectors.

CNC machining equipment allows taking a large design file, breaking it down into smaller components, and converting it to number-based machine functions. The charm of machining equipment is it can create each individual part needed to complete the design.

For the past years, aerospace customers have been using CNC precision machining. It can perform important tasks such as drilling, cutting and trimming of parts, honeycomb cutting and aluminum sheet stack cutting.

CNC Precision Machining Role in Aerospace

The CNC’s high-speed spindles are ideal for milling aluminum control panels, leaving clean aerospace parts. Its precision and consistency has become a must for aerospace components. The machine has made aircraft parts meet regulatory specifications by producing them according to the exact detail the aerospace industry requires.

A variety of jet engine components use CNC machining services to accomplish the quantity requirement. The process use aluminum, steel, and titanium to produce high-quality components.

The vacuum, pressure and helium testing ensure that the products can withstand the stress associated with aerospace performance.

Thanks to Peter and Elizabeth Banks, I am now a more inspired person.

Adapted to law school life, we are around the 2:00 mark in the video.