Challenge

Malcova invented and prototyped a technology to dramatically improve breast imaging while simultaneously improving patient experience. The device featured full 3D imaging capability at ultra-low radiation dose, and expanded coverage of anatomy missed by standard breast CT. The system was designed with the patient in mind and included a workflow that promoted greater comfort and lower stress during procedures. The company’s initial prototype required a complete redesign to support full functionality and ultimately human testing and FDA submission.

Typical CT systems use gantries to control the x-ray source and detector locations in a fixed configuration. Malcova’s system required a gantry-free implementation to achieve 3D imaging, which consequently required independent movement of source and detector. This architecture presented significant synchronization challenges to the production of quality images. Advanced simulations and skillful engineering were required to tackle the challenges inherent in the design. With our deep expertise in advanced robotics and x-ray imaging, Triple Ring was the ideal partner.

Outcomes

Triple Ring designed a CT scanner with the flexibility needed to fully explore the design space of this novel technology.

Value Propositions

• Variable resourced full R&D teams (scientists, engineers, and project managers) available to contribute to the success of an innovative startup
• Deep engineering experience to manage difficult synchronization challenges
• Industry-leading X-ray physics expertise
• Deep experience in Medical Robotics