ISO 13485:2016
DEVICE DEVELOPMENT
DEVICE DEVELOPMENT
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Automated medication dispensing system designed for use in healthcare facilities such as hospitals, clinics, veterinary hospitals. It allows healthcare providers to efficiently manage and track medication dispensing and inventory, while also improving patient safety by reducing the risk of medication errors.
BEFORE
AFTER
BEFORE / AFTER
Cubex redesigned their product to address the evolving needs of healthcare providers and patients, as well as advances in technology and regulations. For example we added new features or functionalities to improve medication management and safety, or redesigned the cabinet to be more user-friendly or aesthetically pleasing. We also addressed issues with previous versions of the cabinet based on user feedback, such as difficulties with maintenance or durability and ergonomics.
Cubex redesigned their product to address the evolving needs of healthcare providers and patients, as well as advances in technology and regulations. For example we added new features or functionalities to improve medication management and safety, or redesigned the cabinet to be more user-friendly or aesthetically pleasing. We also addressed issues with previous versions of the cabinet based on user feedback, such as difficulties with maintenance or durability and ergonomics.
Services provided: Mechanical engineering, user experience design, user interface design, industrial design, design for manufacturing, electronics engineering, firmware, software, life cycle testing
Designing an electronic medical cabinet can be challenging from a mechanical and software engineering standpoint due to the need for precise control and monitoring of the cabinet’s various electronic components. The integration of electronics can complicate the design of mechanical components such as gears, sensors, and locking mechanisms. Additionally, electronic medical cabinets must be designed to be durable, reliable, and easy to maintain in order to meet the demands of a medical environment.
Lifecycle testing is important when designing an electronic medical dispensing cabinet to ensure that the cabinet meets the required standards for reliability, durability, and safety. By subjecting the cabinet to simulated real-world usage over its expected lifespan, mechanical engineers can identify and address any potential design flaws, software issues or hardware failures before the product is launched. This helps to ensure that the medical cabinet is safe, reliable, and meets the needs of healthcare providers and patients.
Designing a Graphical User Interface (GUI) for an electronic medical cabinet is crucial to ensure that healthcare providers can easily and efficiently navigate the cabinet’s various features and functions. The most important part of designing a GUI is to make it user-friendly, intuitive, and easy to understand, as healthcare providers may be using the cabinet in high-stress and time-sensitive situations. The GUI should also be designed with the end-users in mind and be compliant with industry regulations and standards to ensure safety and accuracy.
Darren is an accomplished, dynamic leader who founded Nectar, X-Naut, and BreathDirect. He is committed to improving the world through the synthesis of technology, science, and art. Under Darren’s leadership, Nectar is leveraging the latest advances in cutting-edge technology to transform medical device development and design. As part of his
Dr. Steve Wells holds a critical role in steering Nectar’s operations and defining its strategic direction. His impactful leadership has established a clear course for the company’s success. He has revitalized the company with a passion for maximizing impact through expert resource utilization since taking the helm in 2020. Steve has boosted Nectar’s portfolio, streamlined processes, and reinvigorated its innovation agenda, all with the goal of developing life-saving and impactful products. His background in senior leadership roles at Georg Fischer and his people-focused, results-driven leadership style make him an invaluable asset to our team. Steve’s extensive knowledge in chemistry, biocompatibility, and biology only adds to his value as a team member.
Adam Marten has worked in the aerospace and consumer products industries since 2006 with lead engineering experience in conceptual design, product development, analysis and performance qualification testing. Adam has experience leading a range of technical projects, including multiple structural analyses for military and aerospace applications. He has also worked directly with engineering teams to develop medical devices and laboratory instrumentation.
With over two decades of experience in healthcare innovation, Kerry has been instrumental in transforming patient care and improving patient outcomes across the globe. Her extensive knowledge and expertise in the cardiovascular and cardiothoracic operating room, as well as her experience in emergency medicine, geriatrics, pediatric psychiatry, and main OR, make her a versatile and valuable member of the team. From small hospitals to large teaching institutions, Kerry’s 20 years of experience with patient documentation, including the use of EPIC, Cerner, and Meditech electronic charting systems, have positioned her as a leader in her field. Her recent involvement in helping transition the Providence St. Vincent Medical Center’s Cardiac Surgery program from paper charting to electronic documentation further underscores her commitment to advancing the healthcare industry.
