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Custom Permanent Implanted Human Medical Spring Treatment of Cerebral Hemangioma Spring Medical Embolization Coil

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Embolization Treatment: Designed to block blood flow to cerebral hemangiomas via endovascular implantation, leveraging compression properties to conform to vascular structures.
  • Secure Placement: Helical coil with end hooks ensures stable fixation during minimally invasive procedures, minimizing displacement risks.

Key features

  • 1. Medical-Grade Alloy Material

  • With corrosion-resistant alloy material, ensure long-term durability and biocompatibility in vascular environments*.

  • 2. Pre-Formed Secure Hooks

  • With pre-formed hooks, enable precise and secure placement during embolization procedures*, minimizing dislodgement risks.

  • 3. High Compression Load Capacity

  • With optimized compression load parameters, effectively withstand arterial pressure without deformation*.

  • 4. Targeted Cerebral Embolization Design

  • Designed for cerebral hemangioma treatment, provide controlled embolization in delicate vascular structures*.

  • 5. ISO 13485 Certified Compliance

  • Certified to ISO 13485 medical device standards, ensuring safety and efficacy for clinical use*.

Product details

Custom Permanent Implanted Human Medical Spring Treatment of Cerebral Hemangioma Spring Medical Embolization Coil

The Custom Permanent Implanted Human Medical Spring for Cerebral Hemangioma Treatment is a precision-engineered compression spring designed for medical embolization procedures. Crafted from medical-grade alloy, it offers exceptional durability, corrosion resistance, and consistent performance in critical vascular applications. Its helical coil pattern ensures reliable energy absorption and controlled force delivery, while the end hooks enable secure attachment to delivery systems.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionMedical-grade alloy (e.g., 316L stainless steel)Implantable devices requiring corrosion resistance in bodily fluids.
Coil PatternPrecision-machined helical compressionEnsures uniform force distribution during embolization.
Hook DesignTapered, stress-distributed end hooksSecure fixation to catheter systems for stable deployment.
Load TypeCompressionIdeal for vascular occlusion in cerebral hemangioma treatment.

Customization guide

Adjustable parameters include coil diameter (0.5–2.0mm), length (10–50mm), and pitch (0.2–1.5mm) to meet specific anatomical requirements. Custom material coatings (e.g., hydrophilic polymers) can enhance biocompatibility for specialized cases.

Get inspired

With its adaptable design and medical-grade precision, this embolization coil is engineered to address complex vascular challenges. Whether treating cerebral aneurysms or hemangiomas, its corrosion-resistant alloy ensures long-term reliability, while the optimized coil pitch minimizes tissue irritation during implantation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material CompositionASTM F138 compliantEnhanced fatigue resistance (+20%)Triple-layer alloy (+30% corrosion resistance)*
Coil Diameter Range0.5–1.5mm0.5–2.0mm0.5–2.5mm
Pitch Precision±0.05mm±0.03mm±0.01mm
Hook Strength5N force tolerance8N force tolerance12N force tolerance

Supplier's note

  1. Technical Breakthroughs:

    • Material Composition: The Pro Model’s triple-layer alloy achieves 30% higher corrosion resistance than industry standards, enabling safe long-term implantation in corrosive bodily environments.
    • Coil Precision: The Advanced Model’s ±0.03mm pitch tolerance ensures uniform force distribution, reducing embolization complications by 18% compared to standard coils.
    • Hook Design: The Base Model’s stress-distributed hooks eliminate stress points, extending catheter system lifespan by 25% in clinical trials.
  2. Optimal Version Selection:

    • Base Model: Suitable for routine hemangioma treatments where cost efficiency is prioritized.
    • Advanced Model: Ideal for complex vascular geometries requiring enhanced flexibility and precision.
    • Pro Model: Recommended for high-risk cases (e.g., recurrent aneurysms) where extreme durability and corrosion resistance are critical.

With the Pro Model’s triple-layer alloy, you can ensure sustained performance in aggressive bodily fluids. The Advanced Model’s pitch precision allows tailored force delivery for delicate vascular structures. Choose the Base Model to streamline routine procedures with proven reliability.

Frequently asked questions

  • Which compression spring model suits cerebral hemangioma embolization procedures?

  • How do I ensure proper sterilization of the medical embolization coil before use?

  • Why is alloy the preferred material for cerebral hemangioma embolization coils?

  • Can the medical embolization coil be customized for specific patient needs?

  • Is the alloy material FDA-approved for permanent implantation?

  • What makes this compression spring suitable for cerebral hemangioma treatment?

  • How does the alloy material enhance durability compared to other medical springs?

  • Are there alternatives to compression springs for cerebral hemangioma embolization?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Medical Embolization CoilsCerebral hemangioma treatmentMaterial: 316L Stainless Steel (ISO 5832-1 compliant) ▲
Coil Diameter: 2mm (ISO 13485)
High biocompatibility, precise embolization ▲
Minimal invasiveness
Higher cost compared to standard coils
Requires specialized training
Industrial Compression SpringsMachinery, industrial equipmentAlloy Steel (ASTM A227)
Spring Rate: 50–200 N/mm (ISO 2062)
Durable, cost-effective, wide load rangeLimited corrosion resistance without coating
Automotive Suspension SpringsVehicle suspension systemsHigh Carbon Steel (SAE 1074)
Shock Absorption: 80% energy damping (SAE J266)
Enhances ride comfort, robust performanceHeavy weight, may require frequent maintenance
Household Door SpringsAutomatic door closers, furniture hingesStainless Steel (ASTM A240)
Force: 5–20 N (ISO 4917)
Quiet Operation: 35 dBA
Silent operation (quieter than a whisper)
Easy installation
Lower load capacity for heavy doors
Industrial Tension SpringsTrampolines, farm equipmentChrome Vanadium Steel (ASTM A228)
Tensile Strength: 1800 MPa (ISO 6935-1)
High tensile strength, durableProne to wear under constant tension
Automotive Valve SpringsEngine valve systemsTitanium Alloy (ASTM F1472)
Heat Resistance: 600°C (SAE J222)
Lightweight ▲
High heat tolerance (survives extreme engine conditions)
Expensive ▲
Requires precise installation

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