RESONETICS Medical Device Manufacturing

Drug delivery systems with microdrilling of Catheter Tubes
Device guiding applications with microskiving of catheters

Drug delivery with microholes drilled in balloons

Polymer removal of Catheter for maximum flexibility.

Once you've developed the angioplasty medical device, you need a high quality, reliable manufacturing partner with the capacity, production infrastructure and technical know-how to deliver products on time and in a cost-effective manner.

RESONETICS as a quality manufacturing partner in laser micromachining

With over fifty laser micromachining systems in multiple clean room environments, Resonetics is the industry leader as a laser micromachining manufacturing partner for angioplasty devices. Established in 1987, the company's quality plan is built around ISO9000 with a Total Quality Management system. The company employs key metrics to monitor the progress and effectiveness of our Quality System.

APPLICATIONS

Microdrilling of catheters for drug delivery
Microskiving of catheters for device guiding
Microdrilling of balloons for drug delivery
Stripping of catheters for product flexibility
Stripping of paralyene for electrical isolation
Drilling and scribing of ceramics for medical device electronics

ADDED VALUE

Aside from our wealth of experience in laser micro-machining of laser drilling, cutting, milling, etching and stripping plastics, ceramics, thin metals with precision from 1 micron to 1mm, the company also has in-house manufacturing capability of:
Thin film metal deposition
Epoxy application
Chemical etching
Fiber optic cable assembly
Vendor chain management

Download a .PDF file of above information <CLICK HERE>

Click on picture to see enlarged version

.001", .004", .008"
diameter holes in catheter.
48 gauge stripped wire

2.4 mm X 0.4 mm
slot in catheter tubing. Teflon stripped wire

25 micron diameter
tapered hole array in polyimide. 25 micron dia. hole
array in Polyimide,
7000 holes per image

Etched counting grid on
glass, 100 micron spacing
with 5 µm line width. Precision pattern etched
in polyester film.

.010" diameter holes in
catheter tubing. Click here
for single hole detail. Precision hole pattern drilled
in permeable contact lenses

25 micron diameter
3-D cones etched in
polycarbonate. 20 micron wide via in
polyimide coated silica fiber.

Parylene removed
from precious metal pin. Laser Notching

Embolic Filter Catheter Drilling

Catheter Trimming Laser Skiving

Tube Splitting Stent - Plastic Material

Tube Splitting Stent - Metal Material

Typical Applications Include:

Single and Multilumen Catheter Drilling

Precision Flow Devices

Medical Microelectronics

Leak Test Calibration Devices

Precision Etching and Drilling

Precision Skiving

Precision Slots (Milling)

Precision Micro Stripping

Medical Device Manufacturing Technical Resource Paper

Laser Micromaching Systems
RESONETICS Custom Laser Systems Group - Single Stop Solutions for laser micromachining
CO2 Laser System - RESONETICS Router
Excimer Laser System - RESONETICS Maestro
Excimer Prototype System - RESONETICS Maestro 1000
Excimer Prototype System - RESONETICS Micromaster

MICROMACHINING REVIEW © - RESONETICS TECHNICAL CYBERDIGEST as a .PDF download

Corporate Headquarters E-mail: Sales@Resonetics.com	4 Bud Way Nashua, NH 03063 USA Phone: 603-886-6772 Fax: 603-886-3655
© 2006 RESONETICS, INC.Contact Us for More Information

		Drug delivery systems with microdrilling of Catheter Tubes Device guiding applications with microskiving of catheters Drug delivery with microholes drilled in balloons Polymer removal of Catheter for maximum flexibility.
	Once you've developed the angioplasty medical device, you need a high quality, reliable manufacturing partner with the capacity, production infrastructure and technical know-how to deliver products on time and in a cost-effective manner.
RESONETICS as a quality manufacturing partner in laser micromachining
	With over fifty laser micromachining systems in multiple clean room environments, Resonetics is the industry leader as a laser micromachining manufacturing partner for angioplasty devices. Established in 1987, the company's quality plan is built around ISO9000 with a Total Quality Management system. The company employs key metrics to monitor the progress and effectiveness of our Quality System.
APPLICATIONS
	Microdrilling of catheters for drug delivery Microskiving of catheters for device guiding Microdrilling of balloons for drug delivery Stripping of catheters for product flexibility Stripping of paralyene for electrical isolation Drilling and scribing of ceramics for medical device electronics
ADDED VALUE
	Aside from our wealth of experience in laser micro-machining of laser drilling, cutting, milling, etching and stripping plastics, ceramics, thin metals with precision from 1 micron to 1mm, the company also has in-house manufacturing capability of: Thin film metal deposition Epoxy application Chemical etching Fiber optic cable assembly Vendor chain management
Download a .PDF file of above information <CLICK HERE>

	.001", .004", .008" diameter holes in catheter.			48 gauge stripped wire
	2.4 mm X 0.4 mm slot in catheter tubing.			Teflon stripped wire
	25 micron diameter tapered hole array in polyimide.			25 micron dia. hole array in Polyimide, 7000 holes per image
	Etched counting grid on glass, 100 micron spacing with 5 µm line width.			Precision pattern etched in polyester film.
	.010" diameter holes in catheter tubing. Click here for single hole detail.			Precision hole pattern drilled in permeable contact lenses
	25 micron diameter 3-D cones etched in polycarbonate.			20 micron wide via in polyimide coated silica fiber.
	Parylene removed from precious metal pin.			Laser Notching
	Embolic Filter			Catheter Drilling
	Catheter Trimming			Laser Skiving
	Tube Splitting			Stent - Plastic Material
	Tube Splitting			Stent - Metal Material