Fagor Automation new Series 3 Absolute Linear encoders

12/08/202311/03/2019

Fagor Automation releases the new Series 3 absolute linear encoders. From a mechanical perspective, attention is immediately drawn to the S3 series reader head as it is small in size, which can be installed inside reduced spaces.

Additive Manufacturing commited to innovation and to new manufacturing technologies

12/08/202309/03/2019

Additive industry has been a part of what is called the «Fourth Industrial Revolution». The constant rise in costs of raw materials and the need to create ever more complex structures have created the need to search for alternatives when making parts in a «subtractive» manner or by milling.

Awea Machines benefit from the new use of Pack Mold

12/08/202307/03/2019

AWEA Mechatronic Co. LTD, founded in 1986, is one of the largest and most dynamic machine tool manufacturers in Taiwan, certified to comply the quality and safety requirements for international markets.

Fagor Automation develops new Easy Volumetric Compensation

12/08/202314/02/2019

Learn how Fagor Automation’s “Volumetric Compensation” feature ensures accuracy by correcting typical geometric errors, making sure that more of your products end up in the hands of the customer and not the scrap pile.

Increase the material removal rate with FAGOR’s new DMC feature

12/08/202318/01/2019

DMC (Dynamic Machining Control) adapts the feed-rate during machining to keep the cutting power as close as possible to ideal machining conditions.

Fagor Automation new member of the CFAA

12/08/202318/12/2018

On November 23, the governing board of the Business Association for the Development of Advanced Aeronautical Manufacturing Techniques (AEDTFAA) accepted the incorporation of Fagor Automation as full member of this entity, during its general meeting.

FAGOR’s new FMC feature calculates the optimal machining Feedrate and Speed

12/08/202311/12/2018

The FMC (Fagor Machining Calculator) application consists of a database of materials to be machined and machining operations (milling and turning) and an interface to choose suitable cutting conditions, particularly the feedrate of the axes (F) and the turning speed of the spindle (S).