Endoscopic Surgery Tools in Maryland

Clear Guide Medical develops augmented reality (AR) and artificial intelligence (AI) guided procedural imaging software compatible with MRI, CT, and ultrasound systems. The company's core platform, SCENERGY, enables real-time image guidance for minimally invasive interventional procedures including biopsies, ablations, and other needle-based therapies. SCENERGY enhances procedural accuracy, reduces intermediate imaging steps, and improves workflow efficiency while decreasing complications and adjacent tissue damage. The platform includes SCENERGY-TP (tissue penetration variant), SCENERGY Navigation for enhanced spatial mapping, SCENERGY Fusion for multi-modality registration, and proprietary tracking solutions (VisiMARKERS and TipTAGs) that enhance needle and instrument visualization. The technology has been validated in clinical settings at Johns Hopkins Hospital and Mount Sinai Beth Israel, with peer-reviewed publications demonstrating improved confidence, speed, and accuracy for both novice and experienced operators. Products are FDA-cleared and designed for integration into existing hospital imaging workflows. Clear Guide serves hospitals, clinics, and academic medical centers, offering research partnerships and institutional licensing. The company provides technical support, user manuals, and training resources.

Optosurgical is an early-stage medical device company developing intraoperative imaging technologies to enhance surgical safety and precision. The company specializes in fluorescence-guided surgery systems that deliver real-time structural and functional tissue visualization to surgeons. Their flagship product, hANDY-i, is a hand-held imaging device designed to prevent parathyroid gland damage during thyroid removal surgery without requiring contrast agents. The company also develops 3DMAV (3D Multi-Angle-View) technology for single-lens systems and advanced visualization solutions for biliary and other complex abdominal surgeries. Optosurgical's mission is to make critical anatomy visible intraoperatively, reducing operative time and improving surgical outcomes across thyroid, bile duct, and other complex procedural domains.