Advanced Surgery

Clinicians favor these procedures because smaller incisions result in fewer complications, less pain, and faster recovery. To further improve outcomes, physicians are seeking greater feedback and real-time data during procedures to guide decision-making. As a result, medical devices and technologies in the advanced surgery market are moving toward miniaturization, requiring advanced micro manufacturing capabilities and the integration of different technologies, including sensors.

Resonetics is a leader in advanced engineering, prototyping, product development, and micro manufacturing, supporting customers in the advanced surgery market. From components to complex subassemblies, we help develop the next generation of devices through our Lightspeed Lab rapid prototyping teams, state-of-the-art equipment, sensor technology, and comprehensive manufacturing solutions. Our engineers are skilled at solving complex manufacturing challenges, including the development and integration of sensors and other advanced technologies.

Robotic surgery is a modern technique that assists doctors in performing minimally invasive surgical procedures. The high precision of robot-assisted surgery helps in accurate implant positioning, reduces the risk to adjacent tissues, reduces patient bleeding and post-operative pain, and requires fewer follow-up visits than traditional methods. Our micro manufacturing capabilities allow us to develop and manufacture components and devices that help customers advance the capabilities of surgical robotics and improve patient outcomes.

Resonetics produces a wide variety of components and devices used in advanced surgery applications, including, but not limited to:

• Components and subassemblies for minimally invasive surgical devices
• Sensors
• Blades and sharps
• End effectors
• Components for powered surgical devices
• Electrodes
• Catheter components

Resonetics offers a range of development, prototyping, and manufacturing solutions for advanced surgery applications, including:

• Rapid prototyping with Lightspeed Lab
• Laser processing
• Metal fabrication
• Nitinol processing
• Raw material
• Sensor technology
• Medical power