1 - 10 of 34 Search Results for catheter
|
|
2.
MMI02 040
|
Best match in this PDF
|
All matches in this PDF
|
|
…cleanliness. Catheters used to deliver energy or fluids into, or withdraw fluids from, the body are among the most frequently used medical devices. Their design is becoming increasingly complex to meet the needs of new clinical procedures and applications. Lasers are used for catheter cutting, welding…
|
|
|
|
|
4.
Layout 1
(PAGE 3 OF 4)
|
|
…system can hold a catheter straight during machining. Straightness is critical for thin-walled catheters,
because they are susceptible to deformation. A circular hole
drilled in a tube under tension will become an elliptical hole
when the tube is relaxed, so the catheter must stay straight…
|
|
|
|
|
6.
LasersBestPresc_0402Rev2.pdf
(PAGE 3 OF 8)
|
|
…-drilled hole in a thin-walled plastic is
clearly evident in the cross-section of a laserdrilled catheter.
Barcodes can be applied to extremely small
objects and surfaces such as this catheter, cold
marked with a 355-nm laser.
|
|
|
|
|
7.
Highlights No. 57 zur PDF.QXP
(PAGE 2 OF 8)
|
|
…Depending on the material and
the wavelength used, the process is either
dominated by thermal or photochemical
ablation. As the processed catheter in Figure
4 shows, a DPSSL can also be used for
medical components that demand high
material integrity and purity.
Summary
…
Related Searches: tea co2 laser
|
|
|
|
|
8.
LasersBestPresc_0402.pdf
(PAGE 3 OF 8)
|
|
…-drilled hole in a thin-walled plastic is
clearly evident in the cross-section of a laserdrilled catheter.
Barcodes can be applied to extremely small
objects and surfaces such as this catheter, cold
marked with a 355-nm laser.
|
|
|
|
|
9.
ACF487.pdf
(PAGE 3 OF 8)
|
|
…-drilled hole in a thin-walled plastic is
clearly evident in the cross-section of a laserdrilled catheter.
Barcodes can be applied to extremely small
objects and surfaces such as this catheter, cold
marked with a 355-nm laser.
|
|
|
|
|
10.
Layout 1
(PAGE 4 OF 4)
|
|
…into the
artery branches via side holes in the
main catheter. To shape the plastic devices to match the geometries of the
arteries, the programmability of a
laser-lathe technique enables the contour of the catheters and balloons to be
shaped accordingly (see Figure 6). In
…
|
|
