High-Performance PET/SPECT/CT for Small Animal Research
MOLECUBES develops compact, high-performance preclinical imaging systems designed to support advanced small animal PET, SPECT, and CT studies. Engineered for laboratories with limited space, these bench-top systems deliver powerful imaging capabilities without the complexity of traditional large-scale platforms.
With over 20 years of expertise in hardware and software development, the MOLECUBES team focuses on streamlined workflows, user-friendly operation, and high-quality imaging output. The systems are designed to enhance research efficiency, increase throughput, and provide reliable data for preclinical studies.
| Specification | Details |
|---|---|
| Imaging Modalities | PET / SPECT / CT |
| System Type | Bench-top compact imaging systems |
| Application | Small animal preclinical imaging |
| Workflow | User-friendly, streamlined operation |
| Integration | Modular multi-modality compatibility |
β-CUBE (micro PET)
Bench-top PET system for high-resolution small animal imaging.
γ-CUBE (micro SPECT)
Bench-top SPECT system optimized for preclinical research applications.
X-CUBE (micro CT)
Bench-top CT system providing detailed anatomical imaging for small animal studies.
Ideal for universities, research institutes, pharmaceutical R&D laboratories, and preclinical imaging facilities conducting small animal molecular imaging studies.
The PET/CT Si78 is a high throughput imaging instrument, which offers fast low dose CT and highest PET sensitivity dedicated for drug and tracer development for clinical translation.
The PET inserts are designed for simultaneous PET and MR imaging of mice and rats using Bruker’s MR imaging products at 3T, 7T and 9.4T. It allows researchers to gain unique insight into specific molecular and functional processes as well as a multitude of macroscopic and chemical information within a living system at the same time.
Sequential PET/MR instruments are offered at 3T for translational research and up to 9.4T for high-field PET/MR applications, which combines enhanced morphological insight with the highest molecular sensitivity and accurate quantification of PET