Lyncolec gains SC21 Bronze
2010 Farnborough Air Show saw Lyncolec awarded its Bronze SC21 Award at the UKTi Pavilion.
Lyncolec engaged JHW services to ensure we were ready to present our data to ensure we met the required standards and could prove statistics going back many years.
JHW ( Hayden) can be contacted on 0797 6133346
CMM "Coordinate Measuring Machine"
V
µMaster is a CNCVision system with a massive difference
Lyncolec Ltd customers expect the highest performance and to ensure compliance to First Article Inspections we will be taking delivery of a Vu-Master CMM system on the 1st May 2010
This latest technology CMM will produce details drawings and produce SPC data for our customers
"Lyncolec continuing to invest in the future"
PCB / PWB Another 1st for Lyncolec
On Line Real Time Tracking and Real Time Video Display
This allows customers to progress the location of orders during the manufacturing process thus the customer knows if product is going to be delivered on time, allowing them to plan/schedule their own production.
Save Time, go on line & Get the Answers Fast!
To track your own orders on line contact Tecnical/Sales who will issue you with your own secure password and details of Lyncolec PCB Portal.
Investment continues in 2009
1st quarter 2009.
Olex Double draw Exposure system that automatically registers image and hole in pad with in +-10/15 microns
Orbotech Ink Jet Legend printer removes the old problem of miss registration of legend and bleed on pad
DP1500 Double sided Solder resist coater to ensure even application of ink and a uniformed coat.
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| WORLD-CLASS printed circuit board manufacturer Lyncolec is pioneering new technology | ||
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"In Line AOI Inpection back to Customer Data" | ||
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| Lyncolec gains AS9100 accreditation | ||
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Installed in March 2006. Two state of the art auto-load-unload drill/rout systems with depth drill and rout capabilities will allow Lyncolec to continue it's commitment to ensure the best solutions to it's customers requirement both technically and commercially. | ||
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Our X-Ray systems has allowed Lyncolec to further improve it's throughput and registration by implementing Glass to Glass printing of inner and outer layers thus eliminating faults from photo contacts such as Diazos. Our inner layer core printing is done with out the need to punch cores as the X-Ray system will tool after etching process
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Combined with the X-Ray Drill / Tooling system the Inductive Welding system utilises the X-Ray tooling to ensure layer to layer registration during it's Welding sequence thereby removing the need for old style Bonding Pins/Rivets. | ||
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Increased accuracy of Layer to Layer & Hole to Pad. This highly accurate X-Ray system scans each layer prior to Inductive Pinless Welding, Measures and compensates for any material de-stabilisation that may have been encounted from the Etching Process thereby ensuring inner layer to layer registration. Each layer is then tooled on the X-Ray for layer to layer registration. | ||
Hear a just a few of the projects that Lyncolec has worked closely on and provided printed circuits for its customers to work in a Space environment...
The X-ray Multi-Mirror (XMM)
launched by ESA on December 10th, 1999 and carries two distinct types of telescope: three Wolter type-1 X-ray telescopes, with different X-ray detectors in their foci, and a 30-cm optical/UV telescope with microchannel-plate pre-amplified CCD detector in its focal plane. The Optical Monitor can provide spectral resolution by the use of broad and narrow band filters contained within a filter wheel, plus there are also two grisms in the filter wheel for low resolution spectroscopy.
Astrosat
Most astronomical objects in the known Universe emit radiation spanning the complete electromagnetic spectrum stretching from long wavelenth emissions to extremely short wavelenth gamma rays. Hence for a detailed understanding of the physical processes that give rise to frequency dependent, time-variable phenomena it is essential to carry out nearly simultaneous frequency observations.
GAIA
Launch Date Dec-2011
Mission End 2020
Orbit Lissajous-type orbit around L2
Objective:
To create the largest and most precise three dimensional map of our Galaxy by providing unprecedented positional and radial velocity measurements for about one billion stars in our Galaxy and throughout the Local Group
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