Marker Bands And Ring Electrodes

Marker Bands And Ring Electrodes
Details:
Marker Bands and Ring Electrodes provide ultimate fluoroscopic visibility and electrical signal pathways for advanced minimally invasive catheters. Specially processed via high-accuracy micro-machining and drawing, each radiopaque marker ensures fully bio-compatible, high-melting-point stability and superior corrosion resistance under physiological strain. Designed as critical positioning markers in the remote working zones of interventional delivery systems, this comprehensive marker band and ring electrodes portfolio offers absolute precision and seamless integration for electrophysiology mapping, neurovascular coiling, and balloon tracking platforms.
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Description
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Technical Specifications (Pure Imperial Conversion)

 

 

Technical Parameter

Standard Offering Range (Imperial)

OEM Custom Engineering Limits

Material Configurations

Pure Platinum (Pt), Platinum-Iridium (Pt90/Ir10), Pure Gold (Au), Stainless Steel (304 / 316L)

Custom alloys and specific grain size refinement

Outer Diameter (OD)

0.008" - 0.236"

Custom micro-profiles scaled down to 0.006" OD

Wall Thickness (WT)

0.0006" - 0.008"

Ultra-thin profiles down to 0.0004" WT

Dimensional Tolerance

OD/ID: ±0.0004" | WT: ±0.0002"

High-yield precision tolerance control down to ±0.0001"

Cutting Quality & Finish

100% burr-free, square cut, or micro-radiused ends

Custom laser cutting, micro-slotting, and side-wall drilling

Biocompatibility Status

Fully implantable, non-toxic, bio-inert profiles

Ready for cleanroom polymer swaging or adhesive reflow

 

Core Engineering Advantages

 
 
 

Ultimate X-Ray Radiopacity

Dense precious metals (Pt, Pt-Ir, Au) ensure razor-sharp fluoroscopic visualization in ultra-fine interventional procedures.

 
 
 

Impeccable Burr-Free Cut Edge

Micro-finished square cutting eliminates internal or external sharp edges, preventing polymer liner scoring during tube assembly.

 
 
 

High Dimensional Uniformity (Down to ±0.0001")

Advanced cold-processing secures tight concentricity, maximizing manufacturing yields during automated band swaging.

 

 

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