Philips 4512-108-12841 Bucky Diagnost SCR Circuit Assembly Board

Philips 4512-108-12841 Bucky Diagnost SCR Circuit Assembly Board 

• Model: 4512-108-12841
• Compatibility: Designed for use with Philips Bucky Diagnost series X-ray units

Elevate your imaging equipment maintenance and repair capability with the Philips 4512-108-12841 Bucky Diagnost SCR Circuit Assembly Board, a precision-engineered replacement component designed specifically for Philips Bucky Diagnost X-ray systems. This integral SCR (silicon-controlled rectifier) circuit board plays a vital role in regulating power and control signals within diagnostic radiography hardware, helping ensure consistent performance and reliable operation in demanding clinical environments. Built to OEM standards and crafted for seamless integration, it’s an essential part for service centers and biomedical technicians tasked with restoring critical imaging systems.

Crafted from quality components and extracted from genuine Philips hardware, this SCR circuit assembly board offers a cost-effective solution for repairing or refurbishing Bucky Diagnost units. Its functional design supports essential electronic pathways that contribute to power management and SCR control functions, helping maintain the precision and stability required by modern diagnostic imaging workflows. Whether you’re addressing wear and tear or executing preventive maintenance, this board brings dependable performance back into your Philips imaging suite.

Minimize equipment downtime and maximize operational uptime with a genuine component that speaks to the standards of healthcare technology today. The Philips 4512-108-12841 Bucky Diagnost SCR Circuit Assembly Board is your trusted solution for keeping diagnostic X-ray systems running smoothly, helping safeguard the integrity of radiographic procedures and extend the life of your valuable medical assets.

This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.