Endoscopic Surgery Tools in Utah

Route 92 Medical is a neurovascular intervention medical device company headquartered in San Mateo, California, specializing in endovascular thrombectomy solutions for acute ischemic stroke treatment. The company develops proprietary catheter systems and delivery technologies designed to overcome critical limitations in current neurointervention approaches, including poor navigability through tortuous anatomy, prolonged procedure times, and high failure rates in reaching target lesions. Route 92 Medical's product portfolio includes the FreeClimb Catheter Systems (FreeClimb 54, 70, and 88) powered by Tenzing delivery technology, and the HiPoint Reperfusion System featuring the Monopoint Approach for streamlined super-bore aspiration delivery. These integrated solutions serve interventionalist clinicians and hospitals performing neurovascular procedures, offering comprehensive platforms that eliminate the need for device workarounds and enhance procedural efficiency and clinical outcomes in stroke intervention.

ATL Technology LLC is a vertically integrated medical device design, development, and manufacturing company headquartered in Springville, Utah, with facilities in Maple Grove, Minnesota, and international operations in Costa Rica, China, Taiwan, and the United Kingdom. The company provides end-to-end solutions from concept through market commercialization, including design and development, prototyping, regulatory compliance, testing, and high-volume manufacturing of finished medical devices and complex sub-assemblies. Core manufacturing capabilities include catheter extrusion, braided shaft manufacturing, injection molding, wire and cable extrusion, surface-mount technology (SMT), printed circuit board assembly (PCBA), full automation, packaging, and sterilization. The company serves OEM device developers across multiple specialties including minimally invasive surgery, endoscopy, electrosurgery, electrophysiology (cardiac ablation and mapping), patient monitoring, and medical wearables. ATL specializes in camera-based visualization systems for minimally invasive procedures, featuring proprietary Chip-On-Tip® technology that integrates compact cameras into device components. The company offers the PREVOYANCE® Camera Assembly as a pre-designed device development accelerator enabling rapid integration into next-generation medical imaging platforms. Additional specializations include Ultra High-Density Interconnect solutions for electrophysiology catheters, energy-driven minimally invasive surgical device components, and custom interconnect and flex assembly solutions for complex catheter and wearable applications. The company employs an engineer-to-engineer partnership approach with medical device OEMs to accelerate product development while maintaining quality and manufacturability standards.

Scientia Vascular is a medical device company specializing in neurovascular and peripheral vascular access technologies for interventional procedures. Founded in 2007 and based in West Valley City, Utah, the company develops precision-engineered guidewires and catheters using proprietary microfabrication techniques. The company's core innovation involves creating nitinol hypotube devices with patented microfeatures—rings and interconnected beams—that enable superior flexibility, control, and torque transmission compared to conventional braid-and-coil designs. Key FDA-cleared products include the Aristotle® 24 guidewire and Plato 17 and Socrates 38 catheters, designed for reliable access to diseased brain areas and improved therapy delivery for stroke and other cerebrovascular conditions. With ~86 employees and $64M in funding, Scientia focuses on enhancing physician control and treatment outcomes in complex neurovascular interventions through next-generation access system design.

Acquire Med LLC is a Utah-based medical device supplier with 25+ years of industry experience specializing in urology and minimally invasive surgical equipment. The company manufactures and distributes proprietary laser fiber systems, bipolar electrodes, and single-use flexible ureteroscopes for stone management and urological procedures. Key product lines include the Q Fiber (holmium laser fiber with round tip), Q Loop/Q Disc (bipolar electrodes), and advanced laser systems (holmium and thulium) featuring stone dusting and fiber dust technology. The company also offers single-use flexible ureteroscopes with proprietary Riveted Snake Bone Technology, available for purchase or rental through their Q Rent program. Beyond product sales, Acquire Med provides comprehensive maintenance and servicing of medical equipment, staff training programs, and inventory management solutions designed to optimize operational efficiency and reduce healthcare facility costs. The company distributes NeoMedic Products and maintains a focus on delivering both new and refurbished medical equipment to hospitals and surgical centers. Their service model emphasizes performance optimization and cost reduction for healthcare providers.

Biomerics is a leading vertically integrated contract development and manufacturing organization (CDMO) specializing in interventional medical devices and components. Established in 1994 and headquartered in Salt Lake City, Utah, the company operates 12 facilities globally across the United States, Ireland, Costa Rica, and the Dominican Republic, employing over 3,200 professionals. The company ranks among the Top 10 interventional CDMOs worldwide and serves 20 of the top 35 medical device OEMs. Biomerics provides end-to-end manufacturing capabilities including design engineering, materials compounding, complex extrusion, micromachining, micro metals processing, and finished device assembly. Core competencies span structural heart, electrophysiology, robotic surgery, endoscopy, and image-guided intervention platforms. The company offers specialized services including polymer and metal fabrication, device packaging, sterilization, and technology transfer. All operations maintain ISO 13485:2016 certification and FDA compliance, with dedicated Centers of Excellence in advanced materials, complex extrusion, and micromachining to support rapid innovation and market delivery.