Intra-Operative Tissue Pathology
Client
BlackLight Surgical
Practice Areas
Challenges
Triple Ring Technologies was tasked with designing, integrating, testing, and delivering an innovative high-speed laser-based intra-operative biochemical imaging platform. The system leveraged picosecond pulsing laser technology for intra-operative tissue analysis. A user-centric design and workflow facilitated by machine learning successfully enabled real-time clinical decision making in the surgery suite.
Outcomes
Through Triple Ring’s proven product design and development process, Blacklight Surgical’s breakthrough imaging platform was built and delivered to support critical clinical studies. The system was designed to ISO13485 standards and fully documented within a Quality Management System (QMS) established by Triple Ring and transferred to Black Light Surgical.
Triple Ring Value Proposition
- Multidisciplinary science and engineering teams capable of design and development, integration, verification, test, and system build
- Included Engineering (Mechanical, Electrical, Software, Systems, BioMedical,and Test), Optical Science, Machine Learning, Industrial Design, Quality Management, and system assembly.
- Efficient design process featuring extensive modeling and complex simulations to derive requirements and guide prototyping.
- Program structures that included Triple Ring having a financial stake in the project
Intra-Operative Tissue Pathology
Challenges
Triple Ring Technologies was tasked with designing, integrating, testing, and delivering an innovative high-speed laser-based intra-operative biochemical imaging platform. The system leveraged picosecond pulsing laser technology for intra-operative tissue analysis. A user-centric design and workflow facilitated by machine learning successfully enabled real-time clinical decision making in the surgery suite.
Outcomes
Through Triple Ring’s proven product design and development process, Blacklight Surgical’s breakthrough imaging platform was built and delivered to support critical clinical studies. The system was designed to ISO13485 standards and fully documented within a Quality Management System (QMS) established by Triple Ring and transferred to Black Light Surgical.
Triple Ring Value Proposition
- Multidisciplinary science and engineering teams capable of design and development, integration, verification, test, and system build
- Included Engineering (Mechanical, Electrical, Software, Systems, BioMedical,and Test), Optical Science, Machine Learning, Industrial Design, Quality Management, and system assembly.
- Efficient design process featuring extensive modeling and complex simulations to derive requirements and guide prototyping.
- Program structures that included Triple Ring having a financial stake in the project
Client
BlackLight Surgical
Practice Areas
Background
BlackLight Surgical has harnessed the principles of Time-Resolved Laser Induced Fluorescence Spectroscopyto innovate within intra-operative pathology workflows. Collaborating with Triple Ring, they have created a new biochemical imaging platform that identifies margins between normal and disease tissues inside the surgical suite, in real-time, without labels. With our full teams of scientists, engineers, designers, and assembly technicians, Triple Ring was ideally suited to translate Blackight Surgical’s breakthrough technology to the clinic.
