Philips 4512-133-14951 Pre Amp Board Assembly from a Bucky Diagnost

Philips 4512-133-14951 Pre Amp Board Assembly from a Bucky Diagnost

• Model: 4512-133-14951
• S/N: TZ010362
• Compatibility: Intended for installation in compatible BuckyDiagnost or EasyDiagnost radiography subsystems that specify this part number; integrates into the internal electronics of the diagnostic imaging platform

Ensure precise and reliable radiographic signal processing with the Philips 4512-133-14951 Pre Amp Board Assembly, a genuine OEM pre-amplifier board designed for Philips BuckyDiagnost and EasyDiagnost X-ray systems. This high-quality replacement board plays a crucial role in conditioning low-level signals from sensors and detector components, preparing them for accurate interpretation by the system’s core electronics. Trusted by service technicians and biomedical engineers, this part helps maintain the performance integrity of advanced diagnostic imaging equipment.

Sourced from a fully functional BuckyDiagnost unit, the 4512-133-14951 board offers an affordable and dependable solution for repair and maintenance projects. Whether you’re restoring aging radiography machines, stocking essential repair components, or minimizing downtime in a clinical environment, this pre-amp board is engineered to deliver seamless integration and reliable operation. Its authentic Philips construction ensures compatibility with specified imaging modules requiring this exact part number.

Investing in this OEM pre-amp board means choosing quality you can count on for continuous diagnostic imaging excellence. With proven performance and durable design, the Philips 4512-133-14951 Pre Amp Board Assembly supports clinical workflows by helping keep your BuckyDiagnost system performing at peak efficiency — a critical factor in delivering high-quality results and uninterrupted patient care.

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.