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Advanced Plasma Cleaning Solutions for the Aerospace Industry

Achieving Superior Performance for Aerospace Components

In the aerospace industry, the demand for extremely high-performance components requires innovative solutions to ensure durability in harsh environments such as space or high altitudes. Plasma cleaning technology addresses critical challenges in adhesion and material preparation for composite polymers, titanium alloys, and other specialized materials.

Plasma Solutions for Aerospace Manufacturing Needs

Adhesion Challenges with Specialized Materials


Aerospace components often involve the bonding of materials that are inherently difficult to adhere to, such as titanium-based alloys and composite polymers. Plasma cleaning provides:

  • Enhanced Surface Tension: Cleans and activates surfaces to improve bonding reliability.

  • Selective Functionalization: Modifies only the areas where bonding is required, maintaining the bulk material properties elsewhere.

  • Increased Lifespan: Ensures strong, reliable bonds that withstand extreme conditions, reducing the risk of failure.

Tailored Solutions for Low-Volume Production


With typically low production volumes, the aerospace industry benefits from our batch plasma systems, which are ideal for handling small quantities while maintaining the highest quality standards.

  • Eon Batch System: Perfect for low-throughput requirements, accommodating small parts efficiently.

  • Juno Batch System: Offers flexibility for larger parts or slightly higher production volumes, with a customizable chamber design to meet specific needs.

Recommended Plasma Cleaning Systems

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AEON

A compact batch system designed for low-throughput applications and small components.

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JUNO

A flexible batch system for larger or more complex components, ensuring precise cleaning and activation.

Optimizing Processes with Measurable Success

Our plasma cleaning solutions deliver measurable results that enhance medical device manufacturing:

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Improved Bonding: Stronger adhesive performance post-treatment.

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Process Monitoring: Measure key parameters like surface tension before and after treatment to ensure process reliability.

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Cost Efficiency: Reduce material waste by improving quality and avoiding non-conforming parts.

Why Plasma Cleaning?

While plasma cleaning doesn’t add features to your product, it ensures better manufacturing outcomes:

  • Enhanced product quality.

  • Reduced defects and higher reliability.

  • Cost savings from fewer discarded parts.


Request a Consultation to explore how plasma cleaning can elevate your battery manufacturing processes.

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