BETIC MEDICAL DEVICES
BETIC MEDICAL DEVICES
During my tenure at BETIC IIT Bombay, I looked after industrial, CMF, and packaging design for various healthcare projects, including scalp cooling, CPAP, and oxygen concentration systems. My work focused on translating clinical research into highly functional, user-centric, and ISO 13485-compliant medical devices.
Company
BETIC - IIT BOMBAY
Year
JUL 2022 - AUG 2023
role
INDUSTRIAL DESIGNER
SCALP COOLING SYSTEM
SCALP COOLING SYSTEM
Developed the industrial design and physical prototypes for a medical Scalp Cooling System. The process involved extensive form exploration, CAD modeling, and creating functional, aesthetic enclosures to ensure a seamless fit within clinical environments.
Developed the industrial design and physical prototypes for a medical Scalp Cooling System. The process involved extensive form exploration, CAD modeling, and creating functional, aesthetic enclosures to ensure a seamless fit within clinical environments.
SCALP COOLING SYSTEM
Developed the industrial design and physical prototypes for a medical Scalp Cooling System. The process involved extensive form exploration, CAD modeling, and creating functional, aesthetic enclosures to ensure a seamless fit within clinical environments.
OXYGEN CONCENTRATOR
OXYGEN CONCENTRATOR
Led the exterior design of an Oxygen Concentrator from initial concept sketching through the creation of physical, working prototypes. The design prioritized portability and user convenience by integrating a robust, accessible top handle into the overall form factor.
Led the exterior design of an Oxygen Concentrator from initial concept sketching through the creation of physical, working prototypes. The design prioritized portability and user convenience by integrating a robust, accessible top handle into the overall form factor.
OXYGEN CONCENTRATOR
Led the exterior design of an Oxygen Concentrator from initial concept sketching through the creation of physical, working prototypes. The design prioritized portability and user convenience by integrating a robust, accessible top handle into the overall form factor.
AUTO CPAP DEVICE
AUTO CPAP DEVICE
Designed a highly compact and travel-friendly Auto CPAP device with a focus on ease of use, cleanability, and minimizing the overall footprint. The final model features an angled screen for better user visibility and maintains a minimal surface area even when the humidifier is attached.
Designed a highly compact and travel-friendly Auto CPAP device with a focus on ease of use, cleanability, and minimizing the overall footprint. The final model features an angled screen for better user visibility and maintains a minimal surface area even when the humidifier is attached.
AUTO CPAP DEVICE
Designed a highly compact and travel-friendly Auto CPAP device with a focus on ease of use, cleanability, and minimizing the overall footprint. The final model features an angled screen for better user visibility and maintains a minimal surface area even when the humidifier is attached.
NANOSOL DEVICE
NANOSOL DEVICE
Led the CMF (Color, Material, and Finish) and interface design for the Nanosol device, incorporating matte, soft, and smooth textures. The project also included designing a clear front graphics panel to logically organize the MD scanner, connectors, and power controls.
Led the CMF (Color, Material, and Finish) and interface design for the Nanosol device, incorporating matte, soft, and smooth textures. The project also included designing a clear front graphics panel to logically organize the MD scanner, connectors, and power controls.
NANOSOL DEVICE
Led the CMF (Color, Material, and Finish) and interface design for the Nanosol device, incorporating matte, soft, and smooth textures. The project also included designing a clear front graphics panel to logically organize the MD scanner, connectors, and power controls.
Other Medical Devices & Packaging
Other Medical Devices & Packaging
Contributed to a diverse range of specialized medical equipment, including an RF Ablation system, OT Lights, and Laparoscopic devices. Additionally, designed the structural packaging for a disposable ECG Flexi-Patch and developed medical device labels fully compliant with ISO 13485 standards.
Contributed to a diverse range of specialized medical equipment, including an RF Ablation system, OT Lights, and Laparoscopic devices. Additionally, designed the structural packaging for a disposable ECG Flexi-Patch and developed medical device labels fully compliant with ISO 13485 standards.
Other Medical Devices & Packaging
Contributed to a diverse range of specialized medical equipment, including an RF Ablation system, OT Lights, and Laparoscopic devices. Additionally, designed the structural packaging for a disposable ECG Flexi-Patch and developed medical device labels fully compliant with ISO 13485 standards.
More Works More Works
More Works More Works
More Works More Works
©2024 MANDRO DESIGN
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©2024 MANDRO DESIGN
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Developed the industrial design and physical prototypes for a medical Scalp Cooling System. The process involved extensive form exploration, CAD modeling, and creating functional, aesthetic enclosures to ensure a seamless fit within clinical environments.