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Advanced manufacturing revolution with
SonicGen™

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SonicGEN™: Revolutionising Ultrasonic-Assisted Manufacturing

SonicGEN™ powers Ultrasonic-Assisted Advanced Manufacturing (UAAM), combining traditional manufacturing with ultrasonic vibrations to enhance quality, strength, and durability.

Key Benefits :

  • Stronger Material Bonding

  • Enhanced Toughness and Tensile Strength

  • Improved Microstructure Uniformity

Industries Leveraging UAAM:

  • Aerospace Manufacturing

  • Medical Device Production

  • Consumer Goods Manufacturing

UAAM enables the creation of lightweight, complex, and high-performance components, transforming the future of advanced manufacturing.

SonicGEN™: Innovative Ultrasonic Technology for Modern Industries.

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Use Case:

Enhancing Laser Additive Manufacturing (AM) with SonicGEN™

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Background

Additive Manufacturing (AM) technologies are extensively used for metal fabrication in industries like aerospace, marine, and automotive. However, conventional AM processes face challenges such as:

  • Porosity and cavity formation

  • Cracking and residual stress

  • Large heat-affected zones

  • Uncertain microstructures

These issues compromise the quality and mechanical properties of the fabricated components.

Solution: SonicGEN™ Integration

SonicGEN™ introduces a high-pressure ultrasonic field during the AM process, agitating the melt pool to refine the material's properties. This innovation delivers:

  • Grain Size Reduction: ~10 µm (compared to 40 µm without SonicGEN™)

  • Defect Reduction: 80% fewer imperfections

Impact

With SonicGEN™, manufacturers can achieve stronger, more reliable components with improved quality and consistency, revolutionizing the potential of Laser AM technology.

Core Principle of SonicGEN™ Technology

SonicGEN™ leverages ultrasonic waves (>20 kHz) to enhance material properties during the liquid phase. These sound waves induce alternating high-pressure (compression) and low-pressure (rarefaction) cycles, generating microscopic vacuum bubbles in the liquid. The collapse of these bubbles (cavitation) produces intense local temperatures, leading to:

  • Microstructure Refinement

  • Improved Surface Quality

  • Enhanced Adhesion

  • Defect Reduction/Elimination

This innovative process ensures superior material performance and sets a new standard in advanced manufacturing.

Schematics of the experimental setup

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(a-c) without and (d-f) with processing using SonicGEN™

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