This medical device company turned to Sterling Medical Devices to develop an ablation system which consists of a Radio Frequency Generator.
Sterling developed this drug delivery system with different wearable instruments providing drug delivery; a complete mechanical solution and an electromechanical solution.
This Android-based medical device app was created for care givers/patients to configure treatment and observe treatment effectiveness.
The company had a need for an assay instrument which provides results from a fluorescence microplate reader system.
This biosensor measurement system, which includes a non-invasive sensor and smartphone app, continuously measures patient health data.
Sterling developed a blood sample diagnostic analyzer which is used with a disposable biochip to determine chemical/biological analytes in fluid samples.
A point-of-care diagnostic system company had a need for microcard-based blood test systems that enabled operators to make diagnostic decisions.
A medical device company had a need for a blood test system that analyzes platelets and measures a patient’s platelet function.
This project focused on the development of CAN protocols – the system consist of a Class III medical device and ancillary devices.
A medical device company had a need for cardiopulmonary resuscitator system which helps untrained civilians to administer CPR to critical patients.
A medical device company purchased catheter products from another company and needed DHF documents reviewed/updated to meet quality system requirements.
This project focused on the development, testing, and refinement of image segmentation software for a cell counting system.
Sterling developed interfaces for a client’s healthcare products based on Continua, a system of interoperable, personal connected health solutions.
An early stage medical device company had a need for Design History Remediation for a controller which was developed outside of design controls.
An orthopedic medical device company had a need for a DICOM image analysis system for a custom orthopedic product.
A DICOM image capture system was developed to capture DICOM images of patient skeletal features; the system connects to a PACS server.
A medical device company had a need for a DICOM image display system to allow physician diagnosis based on captured images.
This medical device company had a need for drug injector device which includes a mechanical and electrical drug delivery system.
This project focused on the development, testing, and refinement of the hardware and software for an ECG Holter monitor system.
A gene assay system was developed to post process Gene expression assay system data to identify specific markers of potential diseases.
A medical device company had a need for a glucose monitor system that connects to a non-invasive sensor to regularly upload glucose readings.
Sterling developed a glucose strip meter system that reads strips, calculates glucose readings, displays current values, and charts the data.
The system was developed to collect images using a custom camera system which are stored for use by the physician together with notes.
This project focused on the development, testing, and refinement of the software and hardware for a heart monitor system.
This device was developed to collect acoustic data of the heart function and analyze the data to generate readings including heart rate.
The implanted defibrillator/pacer system consists of a defibrillator/pacer implant, defibrillator/pacer leads, and physician programmer.
This medical device company had a need for a software driven and microprocessor controlled electromechanical infusion pump system.