A massive investment program has now been completed resulting in the aquisition of the following brand new state of the art equipment
New factory at Burscough - Brand new facility, air conditioned and climate controlled
- Latest DEK Horizon 03i stencil printer with under stencil cleaning system
- I-pulse M4e mounting system ( 12,000 CPH )
- I-Pulse M2 mounting system ( 18,000 CPH )
- Total placement of 30,000 CPH
- Cooper Rason Board de-stacker
- Cooper Rason Board Offloader
- 2 x Cooper Rason inspection conveyors
- JT NS900 Nitrogen inerting 16 zone oven with forced cooling
- K5L AOI inspection system
- SDG 3D CNC router, 3.0 metres by 2.0 metres working bed
- SDG CNC laser system
- Xtreme Humidity chamber for storage of LEDs
- LED illumination
- Heat recovey system to minimise overheads and provide both heating, cooling and de-humidification
- Off-site meeting rooms in addition to main site
New equipment at existing Factory at Wight Moss Way
- Europlacer Iineo VLW line capable of placing PCBs of 1.6 metres by 400mm - can be reversed to produce 3.2 x 400mm PCBs in a single pass - additional 15,000 CPH
- Total CPH is now 71,000 CPH through 5 lines, 3 stencil printers, 2 ovens
- I-Pulse K5L AOI system
- Cooper Rason conveyor system
- JTNS900 16 Zone reflow oven with forced cooling system
- Purex Fume and heat recovery system
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KLH
orders another Europlacer line
The new model Flexys 10 placer has now been ordered
and delivery confirmed for the end of March. This
has full on the fly vision centering, 8 heads from
a bank of 32 dot coded nozzles. The unit can handle
PCBs up to 500 x 480mm and has a feeder capacity
of 128 lanes plus 10 matrix trays. 0201s, CSPs
and flip chips are the machines lower size limits
with 01005s as an option, 50mm components being
the largest standard component that can be placed.
This affords another 400,000 component placements
per week and will primarily be used for uBGA
and flip chip work having specialist control
of the Z axis movement. In full line mode,
this now takes our achievable placement to
53,500 per hour or some 2.1 million devices
per week on standard shifts.
Also just ordered
are a further 82 feeders for tape / reel, all
smart feeders with barcode recognition. These
are usable on the new line as well as the primary
high speed line. This takes our tape and reel
feeder to in excess of 365 lanes. These can be
moved 'on the fly' to optimise machine utilisation.
Additionally,
we have just completed negotiations with
Europlacer for two very high speed belt feeders
for ICs where they are not available on tape
and reel or we need to place less than 2500 devices.
Each of these 10 lane devices can feed at up
to 6
ICs per second per lane and can be used on the
24, 8 or 4 head machines. In addition to our
vibratory feeders, we can now feed a total of 38
lanes of stick fed ICs onto 5 different placement;turrets
with a total of 37 heads.
Finally, we have also
ordered a further matrix tray feeder which increases
our capacity from 12 to 22 different tray fed components.
These can be combined to allow for in excess of
1000 devices to be held on the line before reloading
in required.
All the additions will of course be
integrated into our line optimisation software
to ensure maximum throughput and optimisation
of productivity.
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