Ultrasound Machine Parts

Product Details:

For Affiniti 30/50/70

Affiniti ACB board refers to the Acquisition Control Board (ACB) within a Philips Affiniti ultrasound system. This crucial electronic component is responsible for signal processing and acquisition of ultrasound data. ACB boards are specific to different Affiniti models, such as the Affiniti 50 and Affiniti 70, and finding or repairing them often involves specialized medical equipment suppliers and services. 

Additional Information:

• Item Code: 738654
• Production Capacity: 1
• Delivery Time: 1 week
• Packaging Details: BOX

Product Details:

Function and compatibility

• Beamforming and control: The ACB is responsible for beamforming, a process that controls how the ultrasound transducer sends and receives signals to create an image. It also controls the Acquisition (ACQ) module, which is the component that acquires the ultrasound data.
• Medical imaging: The board is an essential part of the system that helps the Epiq 5 and Epiq 7 ultrasound machines provide high-performance imaging with exceptional clarity.
• Common issues: The ACB can be a point of failure in the ultrasound machine. Issues associated with the acquisition module and the ACB include image noise and error codes.
• Repairs and replacement: Due to its importance and potential for failure, repair and replacement services for the Philips Epiq ACB board are offered by medical equipment service providers

Additional Information:

• Item Code: 121121
• Production Capacity: 1
• Delivery Time: 1 week
• Packaging Details: BOX

Product Details:

Probe connectors for USG (ultrasound) machines are the physical interface that connects the transducer (probe) to the main system. They are engineered to provide secure, high-fidelity electrical connections that can withstand repeated use and the demanding environment of a medical setting. Connectors vary widely by ultrasound manufacturer and machine model, and are not interchangeable. General connection processThe process for connecting a probe is generally similar across different machines, but specific mechanisms will vary: 

1. Align the probe's connector with the designated port on the ultrasound machine. A key or an alignment pin on the connector prevents incorrect insertion.
2. Slide the connector into the port.
3. Secure the connector by engaging the locking mechanism, which could be a lever, a knob, or a clamp.
4. To disconnect, release the locking mechanism and gently pull the connector straight out. 

Key connector characteristicsMedical-grade probe connectors are built with several critical characteristics:

• High Pin Count: Ultrasound probes contain hundreds of piezoelectric crystals, and the connector must accommodate numerous electrical channels to transmit and receive signals.
• Durability and Longevity: The connectors are designed to endure thousands of mating cycles without degradation.
• Fluid Resistance: They are built to withstand exposure to liquids, gels, and cleaning agents.
• Low Insertion Force: To make it easy and fast for clinicians to swap probes, especially high-pin-count models, connectors are designed for a low insertion force.
• Locking Mechanism: A secure locking feature prevents accidental disconnection during a procedure.
• EMI Shielding: Connectors are engineered with enhanced shielding to prevent electromagnetic interference (EMI) from degrading the image quality

Additional Information:

• Item Code: 5364331
• Production Capacity: 1
• Delivery Time: Immediate
• Packaging Details: BOX