GE 2379827 Proteus XR/A Rad Room Eclipse Proteus Collimator DOM: 2021

GE 2379827 Proteus XR/A Rad Room Eclipse Proteus Collimator DOM: 2021

• Part No. 2379827
• S/N 204066HL5
• System Compatibility: Designed specifically for use with GE Proteus XR/A radiographic units
• Date of Manufacture: 2021

The GE 2379827 Eclipse Proteus Collimator is an OEM‑grade collimation assembly designed to bring precision beam control and enhanced imaging performance to your GE Proteus XR/A radiographic suite. As a key component of the X‑ray imaging chain, this Eclipse Proteus collimator shapes and limits the X‑ray field with exceptional accuracy, helping to produce clearer diagnostic images while reducing unnecessary scatter radiation. With both automatic and manual collimation modes backed by an intuitive LCD field‑size display, this part delivers workflow flexibility and radiographic confidence across varied clinical protocols.

Built by GE Healthcare, the Eclipse Proteus Collimator integrates smoothly with the Proteus XR/A’s beam limiting system — ensuring alignment between the light field and X‑ray field for consistent image quality and dose control. The collimator’s precision design significantly reduces patient exposure by controlling the beam’s cross‑section before it reaches the detector, which is crucial for both routine and complex radiographic examinations. Its ability to maintain a sharp indicating light for all source‑image distances further supports efficient setup and accurate positioning throughout clinical workflows.

Ideal for radiology departments, hospital imaging centers, and medical equipment refurbishers, this GE OEM collimator offers durable performance and continued serviceability even as systems age. Tested prior to removal from a working machine and manufactured as recently as 2021, this Eclipse Proteus unit is a reliable solution for maintaining uptime and sustaining diagnostic quality in Proteus XR/A installations. Upgrading or replacing your collimation assembly with part number 2379827 helps ensure that your imaging system continues to meet the high standards of precision and safety expected in modern radiology.