Megadyne Medical Products, Inc.
Provider of advanced surgical energy and adjunct technologies for tissue dissection, vessel sealing, and smoke management. Focuses on device-level energy control (including adaptive energy delivery), preclinical and benchtop validation, clinical evidence generation, and solutions intended to improve operating room efficiency and safety.
Industries
Nr. of Employees
medium (51-250)
Patents
Products
Ultrasonic shears for tissue dissection and sealing
Hand-held ultrasonic shears designed for precise transection with controlled energy delivery to protect surrounding tissue; includes adaptive control to optimize speed and thermal exposure.
Large-jaw bipolar vessel sealer
Bipolar vessel sealer intended to provide secure sealing of vessels and lymphatics up to reported 7 mm with high first-pass hemostasis in preclinical models.
Smoke evacuation system with high-efficiency filtration
Smoke evacuator engineered to rapidly capture surgical plume and filter particulate and microorganisms in the sub-micron range with high reported efficacy.
Ultrasonic shears for tissue dissection and sealing
Hand-held ultrasonic shears designed for precise transection with controlled energy delivery to protect surrounding tissue; includes adaptive control to optimize speed and thermal exposure.
Large-jaw bipolar vessel sealer
Bipolar vessel sealer intended to provide secure sealing of vessels and lymphatics up to reported 7 mm with high first-pass hemostasis in preclinical models.
Smoke evacuation system with high-efficiency filtration
Smoke evacuator engineered to rapidly capture surgical plume and filter particulate and microorganisms in the sub-micron range with high reported efficacy.
Services
Development and dissemination of peer-reviewed studies, case studies, and budget impact analyses to support clinical adoption and hospital decision-making.
Development and dissemination of peer-reviewed studies, case studies, and budget impact analyses to support clinical adoption and hospital decision-making.
Expertise Areas
- Advanced surgical energy systems
- Electrosurgical and ultrasonic tissue sealing
- Surgical smoke management
- Preclinical and benchtop device validation
Key Technologies
- Ultrasonic energy delivery for tissue transection
- Bipolar vessel sealing
- Adaptive energy control algorithms
- High-efficiency smoke filtration and evacuation
News & Updates
A budget impact model published/hosted on the site reported average cost savings of $101 per procedure associated with portfolio-wide adoption versus other energy devices in a modeled hospital.
Site reports literature searches through May 2021 indicating broad peer-reviewed publication support for the advanced energy technologies described.
Preclinical acute porcine studies reported first-pass hemostasis for sealed vessels (examples reported: 112/112 and 144/144 vessels sealed successfully on first pass in different studies) and maintenance of seals during blood pressure challenge.
A budget impact model published/hosted on the site reported average cost savings of $101 per procedure associated with portfolio-wide adoption versus other energy devices in a modeled hospital.
Site reports literature searches through May 2021 indicating broad peer-reviewed publication support for the advanced energy technologies described.
Preclinical acute porcine studies reported first-pass hemostasis for sealed vessels (examples reported: 112/112 and 144/144 vessels sealed successfully on first pass in different studies) and maintenance of seals during blood pressure challenge.