openFDA Device Enforcement
Report-date coverage
June 20, 2012–July 08, 2026
Known gap: openFDA describes 2004-present coverage, but the current export has no report-date records in this interval.
openFDA Device Recall
event_date_initiated coverage
June 01, 1997–June 30, 2026
Enforcement coverage uses report dates; product initiation dates can precede those bounds. Device-enrichment coverage uses FDA event_date_initiated.
Product dates, classifications, firms, and source wording remain attached to their individual rows.
Opening this dossier never hides products that did not match a prior timeline filter.
device · product 1 of 5
BrightView X, Model #882478 Product Usage: BrightView and BrightView X are gamma cameras designed for single or dual detector nuclear imaging accommodating a broad range of Emission Computed Tomography (ECT) studies. The cameras can be used to perform planar static, dynamic, gated, and total body studies, as well as circular-orbit and noncircular orbit SPECT studies, gated SPECT (circular and noncircular)studies, computer-programmed protocol strings, and reference scans (dual detectors only).
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
These labels are deterministic app interpretations, not FDA categories.
Official device-enrichment evidence · Unknown
An exact joined enrichment record exists, but none supplies supported root-cause wording. This is not an FDA finding of an unknown cause.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
BrightView XCT Model 882482 Product Usage: BrightView XCT is a gamma camera for Single Photon Emission Computed Tomography (SPECT) and integrates with an attenuation device consisting of flat panel x-ray imaging components. BrightView XCT produces non-attenuation corrected SPECT images and attenuation corrected SPECT images with an x-ray transmission data that may also be used for scatter correction. The nuclear medicine images and BrightView XCT images may be registered and displayed in a fused format (overlaid in the same orientation) to provide anatomical localization of the nuclear medicine data. The BrightView XCT imaging system should only be used by trained healthcare professionals.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
These labels are deterministic app interpretations, not FDA categories.
Official device-enrichment evidence · Unknown
An exact joined enrichment record exists, but none supplies supported root-cause wording. This is not an FDA finding of an unknown cause.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
BrightView Model 882480 Product Usage: BrightView and BrightView X are gamma cameras designed for single or dual detector nuclear imaging accommodating a broad range of Emission Computed Tomography (ECT) studies. The cameras can be used to perform planar static, dynamic, gated, and total body studies, as well as circular-orbit and noncircular orbit SPECT studies, gated SPECT (circular and noncircular)studies, computer-programmed protocol strings, and reference scans (dual detectors only).
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
These labels are deterministic app interpretations, not FDA categories.
Official device-enrichment evidence · Unknown
An exact joined enrichment record exists, but none supplies supported root-cause wording. This is not an FDA finding of an unknown cause.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
Precedence 6 Model # 882351 Product Usage: Precedence (cleared as Griffin) is an imaging system combining the acquisition of single photon nuclear medicine images and images from an x-ray computed tomography system. Precedence may produce non-attenuation corrected and attenuation corrected images of the distribution of radiopharmaceuticals in the body as well as x-ray transmission images. The CT transmission data may be used to produce attenuation corrected nuclear medicine images. The nuclear medicine images and the CT images may be registered and displayed in a fused format (overlaid in the same orientation) to provide combined single photon and anatomical data for anatomical localization of the nuclear medicine data. Precedence may be used either as a separate single photon system, a separate CT system or as a combined CT and single photon system. The nuclear medicine and CT images may be transferred to other systems such as a radiation therapy planning system. The Precedence Imaging System should only be used by trained healthcare professionals.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
These labels are deterministic app interpretations, not FDA categories.
Official device-enrichment evidence · Unknown
An exact joined enrichment record exists, but none supplies supported root-cause wording. This is not an FDA finding of an unknown cause.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
Precedence 16 Model # 882350 Product Usage: Precedence (cleared as Griffin) is an imaging system combining the acquisition of single photon nuclear medicine images and images from an x-ray computed tomography system. Precedence may produce non-attenuation corrected and attenuation corrected images of the distribution of radiopharmaceuticals in the body as well as x-ray transmission images. The CT transmission data may be used to produce attenuation corrected nuclear medicine images. The nuclear medicine images and the CT images may be registered and displayed in a fused format (overlaid in the same orientation) to provide combined single photon and anatomical data for anatomical localization of the nuclear medicine data. Precedence may be used either as a separate single photon system, a separate CT system or as a combined CT and single photon system. The nuclear medicine and CT images may be transferred to other systems such as a radiation therapy planning system. The Precedence Imaging System should only be used by trained healthcare professionals.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.
These labels are deterministic app interpretations, not FDA categories.
Official device-enrichment evidence · Unknown
An exact joined enrichment record exists, but none supplies supported root-cause wording. This is not an FDA finding of an unknown cause.
During collimator exchange, the alignment of the collimator cart and detectors may cause a collimator exchange fail, and a collimator may drop to the floor beside the collimator cart. The collimator may be partially supported by the cart (e.g. leaning against the cart), or it may fall/slide all the way to the floor.