Your partner for gamma cameras and analysis software in nuclear medicine

MiniCam

– Small-field gamma camera system for demanding applications in nuclear medicine diagnostics

The MiniCam is a powerful, high-resolution small-field gamma camera system for demanding applications in nuclear medicine diagnostics. Thanks to its large detector with a diameter of 250 mm and 37 photomultipliers (PMTs), it enables particularly precise imaging with high spatial resolution and an excellent signal-to-noise ratio.

The space-saving yet sturdy stand is height-adjustable and equipped with a tiltable detector head, allowing for flexible and patient-friendly positioning. Integrated casters ensure quick and easy repositioning within the room, while locking mechanisms guarantee secure fixation.

Image acquisition and analysis are performed using a modern, high-performance computer running Windows 11. The entire signal path, from the photomultiplier to image processing, reflects the current state of the art in science and technology. The camera head contains a specially developed, particularly compact LQN circuit board that ensures stable and low-loss signal processing. Combined with powerful software, this creates a seamless, future-proof system for daily clinical use.

Digital data transmission between the camera and workstation is carried out via an Ethernet connection, allowing even long distances to be covered easily with standard cables. No additional specialized hardware is required—this significantly simplifies maintenance, service, and hardware upgrades.

A key feature of the MiniCam is the wide selection of available collimators, which allows for optimal adaptation to a wide variety of diagnostic applications:

SD1 collimator (up to 160 keV)

  • SD2 collimator (up to 400 keV)
  • GP1 collimator (up to 160 keV)
  • ME collimator (Medium Energy)
  • HE 131 collimator (for I-131)
  • Pinhole collimator (high-resolution detail imaging)
  • UF1 collimator (ultra-focus applications)

 

The MiniCam thus covers a broad range of applications, from thyroid diagnostics to specialized nuclear medicine investigations, and offers an ideal combination of precision, flexibility, and future-proofing.

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