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Articulated
joints laser cut from a single tube
1.8mm Diameter 304 Stainless Steel |
1mm
Diameter Polymer Stent |
5mm
Diameter Expanded
Polymer Stent |
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SEM
image of 600 micron high microneedles formed in a laser machined
micro mold
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Marking
of 2D Matrix Barcodes
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Laser
marking of distance bands on tubing
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Stainless
Steel Tube Fastener
Laser Machined from 1mm diameter tube |
Laser
machined glass micro channel
plate for microfluidic application |
Backlit
lettering consisting of 10 micron holes laser drilled in 50 micron
Stainless Steel
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Spring
parts cut from 25 micron (0.025mm) Stainless Steel foil
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Array
of holes machined into ceramic
substrate (SEM image) |
5mm
x 5mm stencil laser cut from
polymer sheet |
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A
range of laser drilled holes in 25 micron (0.025mm) stainless
steel sheet
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Array
of 15 micron holes machined into |
Gasket
laser cut from 0.1mm Silicone rubber
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Laser
etched
Barcode
304 stainless steel |
Laser
Marking on Anodised Aluminium
Black Anodising shows as white when marked |
UV
Laser Marking on white HDPE
Appears Black |
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SEM
image of microneedle arrays machined into catheter from drug delivery
application
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Polyamide
outer layer laser-stripped from braided PTFE tube
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Range
of features machined into 1mm diameter
PEEK medical grade tubing |
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Lot number machined onto polymer tube (PEEK) 400 micron high characters
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Array
of channels machined into ceramic
substrate (SEM image) |
Optical
micro flow meter rotor
(1mm diameter rotor) |
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Optical
micro flow meter design
(2.5mm diameter rotor) |
Exploded
design - micro flow meter
(2.5mm diameter rotor) |
Optical
micro flow meter prototype
(2.5mm diameter rotor) |
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Laser etched Electronic circuit - 200nm layer of titanium on 75 micron thick polyester |
Laser
etched and drilled Printed Circuit Board (PCB) - combination of
SMD and through hole
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A
range of components laser cut from 0.25mm thick Polyimide (5 cent
coin for scale)
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200
micron wide slots cut in 1mm diameter
PEEK polymer tube |
Filter
plates laser cut from 25 micron PTFE coated Stainless Steel Hole
size - 25 microns
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Spiral
reinforcement coil machined from a double
layer co-extruded polymer catheter |
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Polymer
outer layer laser-stripped from lubricious inner liner
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75
micron wide slot machined in Nitonol wire
(180 micron diameter) |
Stainless
Steel rod laser welded into 32 guage Stainless Steel tube
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Range
of hole sizes drilled in
1mm Dia PEEK tube |
1mm
Diameter Polymer Stent
laser cut from 1mm PEEK |
Range
of features laser machined in 1.6mm
OD carbon fibre tubing |
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300
micron high Lot number laser-etched on
400 micron diameter Nitonol wire |
SEM
image of fluidic well machined into glass substrate
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Spring
plates laser cut from 1mm thick Carbon fibre epoxy
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Blueacre Technology Ltd, Aiken Business Park, Old Coes Road, Dundalk, Co Louth, Ireland. Tel + 353 (0) 42 9386922
Blueacre Technology are a laser processing company, specialising in laser micromachining, laser cutting, laser marking, laser drilling, laser die cutting, laser annealing, laser heat treatment, laser milling, laser etching, laser stent cutting and generally making very small holes. We mainly deal with medical device & semiconductor companies, but our services can be applied to any industry where laser processing can improve your product. Laser machining, stent, catheter, hypotube, polymer machining, plastic machining, metal machining, product design, medical device design, catheter design, stent design, stencil cutting, decorative laser marking