LINAC2014 - List of Authors (Urzainki, A.)

Paper	Title	Page
TUPP077	High Precision Manufacturing for LINAC's	603
	F.M. Mirapeix, J. Añel HTS, Mendaro, Spain J. Amores, J. Presa, A. Urzainki DMP, Mendaro, Spain
	A big effort in R&D focused to the LINAC devices together with the know-how already deployed through emblematic projects places DMP in the state of the art of the extreme precision mechanics. This mechanic culture makes of DMP a natural partner in early stages of design or driver of a comprehensive solution, optimizing industrial risks, quality and due date. Surface roughness below 1 nanometer, figure errors better than 50 nanometers in OFE copper enhances lifetime and performance of many devices for LINAC's. Research in joining techniques and combining several alternative technologies to traditional machining improves figure stability and makes complex cooling systems possible.

Paper

Title

Page

High Precision Manufacturing for LINAC's

603

F.M. Mirapeix, J. Añel
HTS, Mendaro, Spain
J. Amores, J. Presa, A. Urzainki
DMP, Mendaro, Spain

A big effort in R&D focused to the LINAC devices together with the know-how already deployed through emblematic projects places DMP in the state of the art of the extreme precision mechanics. This mechanic culture makes of DMP a natural partner in early stages of design or driver of a comprehensive solution, optimizing industrial risks, quality and due date. Surface roughness below 1 nanometer, figure errors better than 50 nanometers in OFE copper enhances lifetime and performance of many devices for LINAC's. Research in joining techniques and combining several alternative technologies to traditional machining improves figure stability and makes complex cooling systems possible.