Case Studies
General Surgery
This device will be used post operatively to accurately measure fluid flow from a surgical wound, leveraging a miniaturized MEMS (Micro-electromechanical Systems) …
Mechincal Surgical Devices
Develop a next-generation RF energy generator with improved features and capabilities for plastic surgery and dermatology applications.
Surgical Robot Instrumentation And Control System
Develop a bed mounted retractable arm to manage the range of motion and steadying operation of the heavily weighted robotic catheter delivery module.
Drug Delivery
This customer approached Arterex Medical seeking a contract manufacturer to assume the responsibility of building their product by utilizing their automated equipment…
Cardiovascular
A select group of cardiothoracic surgeons had requested the need for a more effective way to perform cardiothoracic surgery with a minimally invasive impact on the patient…
Respiratory and Patient Monitoring
Non-invasive capnography by measuring end-tidal carbon dioxide (EtCO₂) through Sidestream sampling…
- All
- Cardiac & Vascular
- Drug Delivery
- Surgical Technologies
- Respiratory and Patient Monitoring
Mechanical Surgical Device
Develop a next-generation RF energy generator with improved features and capabilities for plastic surgery and dermatology applications.
Wound Care
This device will be used post operatively to accurately measure fluid flow from a surgical wound, leveraging a miniaturized MEMS (Micro-electromechanical Systems) based flow sensor that could provide flow rates and store them electronically.
Surgical Robot Instrumentation and Control Systems
Develop a bed mounted retractable arm to manage the range of motion and steadying operation of the heavily weighted robotic catheter delivery module.
Drug Delivery
This customer approached Arterex Medical seeking a contract manufacturer to assume the responsibility of building their product by utilizing their automated equipment.
Active Implantable Pumps
Develop an implantable drug delivery pump system with a programmable adjustable flow, ranging from 0.10 ml per day to 28 ml per day and a 10-year implant life.
Cardiac & Vascular
A select group of cardiothoracic surgeons had requested the need for a more effective way to perform cardiothoracic surgery with a minimally invasive impact on the patient.
- All
- Cardiovascular
- Diagnostics
- Drug Delivery
- Fluid Management
- General Surgery
- Life Science - Pharma and Bioprocessing
- Neurology
- Orthopedic
- Respiratory and Patient Monitoring
- Women’s Health
General Surgery
This device will be used post operatively to accurately measure fluid flow from a surgical wound, leveraging a miniaturized MEMS (Micro-electromechanical Systems) …
Mechanical Surgical Device
Develop a next-generation RF energy generator with improved features and capabilities for plastic surgery and dermatology applications.
Wound Care
This device will be used post operatively to accurately measure fluid flow from a surgical wound, leveraging a miniaturized MEMS (Micro-electromechanical Systems) based flow sensor that could provide flow rates and store them electronically.
Electrosurgery
Currently, no case study is available.
Ultrasonic Generator
Currently, no case study is available.
Image Guidance Systems
Currently, no case study is available.