Symphotonic Inc.

Cavitation and Shockwave Generation

When the thulium laser emits a pulse with specific peak power and pulse width, it creates strong cavitation effects in the aqueous environment surrounding the stone. This cavitation generates shockwaves, some of which transfer energy to the calculus, initiating fragmentation
Internal Fragmentation

The laser energy is also partially absorbed by water trapped within the stone's surface fissures. This absorption leads to the formation of microbubbles, which rapidly expand and...
Dual Mechanism

The combination of external shockwave impact and internal micro-explosions results in efficient stone fragmentation, allowing for easier removal or natural passage of the urinary calculi
Precision and Control

The thulium laser's wavelength and pulsing capabilities allow for precise energy delivery, minimizing damage to surrounding tissues while maximizing stone fragmentation efficiency
Adaptability

Laser parameters can be adjusted to optimize fragmentation for different stone compositions and sizes, enhancing the versatility of this lithotripsy method

Products

Symphotonic Thulium Fiber Laser System

Symphotonic Thulium Fiber Laser System

Symphotonic’s system delivers high-precision stone management and advanced BPH treatment.

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Company Introduction

ABOUT SYMPHOTONIC INC

ABOUT SYMPHOTONIC INC

●Company mission:Innovating urology laser solutions.
●Vertically integrated capabilities from laser generation and user needs to manufacturing and clinical deployment.
●San Jose,CA location and supporting manufacturing sites in Asia.

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We need your joining

Why Join Symphotonic Inc.?

Why Join Symphotonic Inc.?

Open positions - Head of Sales position
Partnering and distribution opportunities

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Delivering Precision. Defining the Future of Urology

Symphotonic Inc pioneers thulium fiber laser systems, CA for tailored physician needs—from stone management to BPH. Our compact, high-performance device redefines minimally invasive urology.

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