News
ST. LOUIS – For the third quarter of fiscal 2008, EMS firm LaBarge Inc. expects net sales of $75.4 million, up 27% year-over-year, beating previous guidance.
In March, the company projected net sales of $70 million to $72 million.
LaBarge reported first-half net sales of $126.2 million.
The company also updated fourth-quarter guidance, stating it expects sales and earnings to be comparable to this year’s preliminary third-quarter results, up substantially from the prior-year fourth quarter.
“Third-quarter results were better than we had previously anticipated due to some customers accelerating deliveries and broad-based strength in our end markets. That strength is continuing and we anticipate fourth-quarter results will be comparable to the preliminary third-quarter results announced today,” said Craig LaBarge, CEO and president.
Full third-quarter results will be announced May 1.
In March, the company projected net sales of $70 million to $72 million.
LaBarge reported first-half net sales of $126.2 million.
The company also updated fourth-quarter guidance, stating it expects sales and earnings to be comparable to this year’s preliminary third-quarter results, up substantially from the prior-year fourth quarter.
“Third-quarter results were better than we had previously anticipated due to some customers accelerating deliveries and broad-based strength in our end markets. That strength is continuing and we anticipate fourth-quarter results will be comparable to the preliminary third-quarter results announced today,” said Craig LaBarge, CEO and president.
Full third-quarter results will be announced May 1.
KOKOMO, IN – With cleaning on the up-tick due to more aggressive fluxes and greater concern over residues, a test method for localized extraction has been proposed to the IPC Ionic Conductivity/Ion Chromatography task group.
SAN JOSE – Dr. Luke P. Lee will describe a new 3-D optical lithography for waveguides self-assembly in the MEMS Packaging Symposium keynote next month.
In the presentation, Lee, a professor in the University of California Berkeley department of Bioengineering, will reveal the process, which uses self-aligned microlenses and self-writing in photopolymers.
His talk takes place May 22 in San Jose.
After the keynote, Karen Lightman, managing director, MEMS Industry Group, will present findings and recommendations from the MEMS Industry Group members’ annual meeting.
Symposium segments include consumer, automotive, biomedicine, and WLPs and 3-D ICs, among others.
To register, visit www.meptec.org.
In the presentation, Lee, a professor in the University of California Berkeley department of Bioengineering, will reveal the process, which uses self-aligned microlenses and self-writing in photopolymers.
His talk takes place May 22 in San Jose.
After the keynote, Karen Lightman, managing director, MEMS Industry Group, will present findings and recommendations from the MEMS Industry Group members’ annual meeting.
Symposium segments include consumer, automotive, biomedicine, and WLPs and 3-D ICs, among others.
To register, visit www.meptec.org.
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