At Occam Design, we transform innovative medical concepts into life-changing reality. Our engineering team specializes in taking visionary ideas from medical device innovators and bringing them to market through precision design, testing, and manufacturing. Here’s a glimpse into the diverse range of medical devices we’ve helped develop across multiple therapeutic areas.
Advanced Catheter Technologies
Our catheter development expertise spans critical neurological and respiratory applications, where precision and reliability are paramount.
Brain Edema Catheter: Designed for intracranial pressure monitoring and cerebrospinal fluid drainage, this specialized catheter helps clinicians manage patients with traumatic brain injuries and other conditions causing cerebral edema. Our engineering focused on biocompatible materials and precise fluid dynamics to ensure optimal patient outcomes.
Porous Brain Infusion Catheter: This innovative device enables targeted drug delivery directly to brain tissue, representing a breakthrough in treating neurological disorders. The porous design allows for controlled, localized therapeutic delivery while minimizing systemic side effects.
Microrobot Connecting Catheter: At the intersection of robotics and medicine, this catheter system provides the critical interface between microscale robotic systems and human anatomy, enabling unprecedented precision in minimally invasive procedures.
Endotracheal Intubation Systems: Our respiratory catheter solutions enhance airway management in critical care settings, incorporating advanced materials and ergonomic designs to improve patient comfort and clinical outcomes.
Electromechanical Medical Devices
Our electromechanical engineering capabilities span diagnostic, therapeutic, and surgical applications.
EEG Devices: We’ve developed next-generation electroencephalography systems that provide clearer brain activity monitoring with improved signal processing and reduced artifacts, enabling better neurological diagnostics.
PEMF Devices: Our pulsed electromagnetic field therapy devices deliver targeted electromagnetic energy for pain management and tissue healing, incorporating precise control systems and user-friendly interfaces.
TENS Devices: Transcutaneous electrical nerve stimulation units designed for pain relief feature our advanced waveform generation and battery management systems, providing patients with effective, portable pain management solutions.
Laryngoscopes: Our laryngoscope designs enhance visualization during intubation procedures, incorporating LED lighting systems and ergonomic handles that reduce procedure time and improve patient safety.
Bone Drills: Precision surgical drilling systems featuring torque control, irrigation systems, and ergonomic designs that reduce fatigue.
Blood Manipulation Systems: Specialized devices for blood processing and analysis, incorporating microfluidics and automated handling systems to improve laboratory efficiency and diagnostic accuracy.
Peptide Synthesizers: Automated peptide synthesis equipment that enables researchers and pharmaceutical companies to develop new therapeutic compounds with greater efficiency and reproducibility.
Schumann Resonance Generator: Therapeutic devices that generate specific electromagnetic frequencies believed to promote healing and wellness, engineered with precise frequency control and safety monitoring.
Bone Densitometer: Diagnostic equipment for measuring bone density and osteoporosis screening.
Wearable Medical Technology
Our wearable device expertise combines medical-grade monitoring with patient comfort and compliance.
Balance Belt: A sophisticated wearable system that monitors and assists with balance and gait stability, particularly beneficial for elderly patients and those with neurological conditions. The device incorporates inertial measurement units and haptic feedback systems.
Cervical Monitoring Device: Continuous monitoring of cervical spine positioning and movement, providing real-time feedback to prevent injury and assist in rehabilitation. The device features wireless connectivity and long-battery life for extended wear.
Heart Rate Monitor: Advanced cardiovascular monitoring systems that provide clinical-grade accuracy in a patient-friendly wearable format, incorporating wireless data transmission and smartphone integration.
Passive Medical Devices
Our passive device portfolio demonstrates expertise in materials science and human factors engineering.
Sleep Apnea Mask: Comfortable, effective CPAP mask designs that improve patient compliance through ergonomic fit, incorporating advanced materials and ventilation systems.
Cryo-Numbing System: Controlled cooling devices for needle insurtion during minor procedures.
Ear Canal Drug Containment System: Specialized devices for targeted drug delivery to the ear canal, designed to maintain therapeutic drug levels while preventing systemic absorption.
Airway Adapter: Critical care connectors that ensure secure, leak-proof connections in respiratory therapy equipment, engineered to meet the highest safety standards.
Bitewing Tab: Dental X-ray positioning devices designed for patient comfort and optimal image quality, incorporating radiolucent materials and ergonomic designs.
Homeostasis Valve: Sophisticated valve systems that maintain physiological balance in various medical applications, featuring precise flow control and biocompatible materials.
Our Engineering Approach
At Occam Design, we believe in applying Occam’s razor to medical device development – the simplest solution is often the best. Our engineering process emphasizes:
- Regulatory Compliance: Every device is developed with FDA and international regulatory requirements in mind
- User-Centered Design: We prioritize both patient comfort and clinician usability
- Materials Excellence: Selection of biocompatible, durable materials appropriate for each application
- Rigorous Testing: Comprehensive validation and verification protocols ensure safety and efficacy
- Manufacturing Optimization: Designs that facilitate efficient, cost-effective production