News

Kejie Group and Wuxi Qiolian visit Fagor Automation

On the occasion of the recent international EMO exhibition, on September 15th, Fagor Automation hosted 17 people from various companies from China with which they maintain very close trade relations.

Technical Meeting of Fagor Automation

Between September 26th and 30th, Fagor Automation HQ held the annual Technical Meeting attended by the heads of the technical departments of its entire international network, China, Taiwan, USA, India, Italy, France, Germany, Portugal, Brazil, etc. An encounter that gathered 16 high representatives of Fagor Automation subsidiaries worldwide.

Fagor Automation CNC’s adapt to every customer’s needs

Gurutzpe is a leading company in large horizontal CNC lathes. Since it began manufacturing its conventional model M1 in 1957 to date, with the last-generation CNC lathes, Gurutzpe has sold more than 5,000 machines worldwide. For more than half a century, it’s known how to adapt to the circumstances and demands of the times, which makes it one of the most prestigious horizontal CNC lathe manufacturer in the world.

Aspheres made easy…..by Kreischer Optics

Kreischer Optics has become a world leading expert in the field of precision optics over the last 60 years to the extent that many leading Technology organizations such as the US Military, Northrop Grumman and DNA facilities across the world turn too Kreischer Optics for their Precision Optic needs…

Nagel do Brasil

Fagor Automation do Brasil – Nagel do Brasil

Fagor Automation do Brasil is now working with the company NAGEL do Brasil Máquinas e Ferramentas.

The Brazilian plant of NAGEL AG (Germany) is located in the city of Salto (São Paulo) since 1974. Nowadays, they are a reference in Brazil as manufacturers of special machines.

Finalist at Buber Awards

FAGOR AUTOMATION’s blog www.automatiointheworld.com has reached the finals in the “Best corporate blog” category , …

Dynamic distribution of machining operations for multi-channel lathes

Since some time now, it is becoming more and more common to see lathes where two turrets perform machining operations simultaneously.

This type of machines can double their productivity by cutting machining time in half. The big drawback is programming the part managing the job of the two turrets separately. The user must bear in mind the positions of both tools at all times in order to prevent a collision between both turrets. The collision is a risk for the integrity of the machine and avoiding it takes considerable programming time.

FVC, Fagor Volumetric Compensation

Machines for the aerospace sector demand automation systems with higher precision in their work pieces and machines. In this industry, complex 5-axis machines are used to machine large work pieces and their precision will depend on the tolerances used when manufacturing the machine and the effect of temperature while machining.