MGMT20143 Think Big: Vein Viewer - Healthcare Innovation Portfolio

This project portfolio focuses on the Vein Viewer, an innovative medical device designed to improve vein location, particularly in patients with difficult venous access (DVA). The portfolio details the innovation process, describing how the Vein Viewer uses near-infrared light and HD imaging to project real-time images of blood patterns, allowing healthcare professionals to locate veins up to 15mm deep. It highlights the device's features, such as adjustable colors and brightness, static image capture, and enhanced imaging for pediatric patients. The portfolio also addresses the device's impact on service quality, emphasizing its role in preventing accidental punctures and improving vascular access procedures. Furthermore, the project aims to launch this device exploiting the medical needs of both the patients and the clinical workforce. It introduces the idea of developing vein viewer, a detailed structure of new business model following business model canvas, as well as the strategies will be framed keeping the market condition in mind. This document is available on Desklib, a platform offering a wealth of study resources for students.

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Quiz one. Description and justification of the innovation process used
Description and justification of the process used in the innovation
Introduction
Vein viewer is one of the remarkable technologies that have remained seen in healthcare. Ideally,
vein viewer remains used to locating involved veins in the complex situations that involve
surgery and plasma centre location. In that point of view, this form of innovation is ideal for the
handling vein illumination an ideology that is beneficial for all patients during the entire process
of locating the veins during entire process. In reality, time is a critical concept in the field of
medicine; therefore, the invention of the vein viewer is a remarkable advancement that the field
of medicine has seen. Technically, vein viewer remains used in the emergency department to
locate veins as soon as possible so that they can save lives.
In the line of the invention of the HD imaging, Vein Viewer happens to be the only vein
illuminator that provides benefits for all patients during the vein viewer process. This innovation
function in the procedural way that must stay followed to the latter for the technology to sound
working, therefore, the first step of the process is the projection of the machine near the infrared
light that is purposed to light then absorb blood so that it can locate any tissues that are around
that particular environment. After the information remains captured, it remains transmitted to the
skin surface on a RT objection.
In healthcare setting, real time data and information remains to be one of the most crucial
factor that all the professions in this line should observes. In essence, real time data is vital for
the validation a particular diagnosis. Once the information remains captured and transmitted on
the real time basis, an actual image remains created on the blood pattern of that particular patient.
In that note, Vein Viewer can stay viewed as the patented technology. A reasonable explanation

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for that line of thinking is that, by using the AVIN, it always allows health professionals to see
blood patterns to 15 thick in length. Importantly, this remains to be an enormous contribution to
the field of medicine as compared to the previous devices that were used to locate veins in our
current hospitals. Addition to that point, by the innovation that Vein Viewer comes up with, the
clinicians can see tangential veins.
Vein viewer is a sophisticated device that happens to have the distinct feature that makes
it complete. For instance, it can turn on different colors so that the image that remains projected
can be in different colors that include green, white and yellow. Additionally, the technology that
remains used it can increase the market rung ideology by the provision of the brightness of the
leading image to the extent of 50% for situations that the picture is higher than the recommended
ambient lighting. In that regard, it is a crucial aspect that needs critical funding, as it is clear from
the discussion that the device is a potential income creator. In reality, the method can allow the
users to take more than 230 static images of the patient’s vesiculation before the pictures can
remain transferred to the PC for integration. Another important factor that makes this device
workable and important is that it can enhance exceptional structures for the small veins in the
paediatrics. For that matter, this ideology makes this innovation a benefit to all patients. In that
point of view, the change is one of the best devices that happen to work in the healthcare sectors.
Vein viewer is capable of updating it working and operating the system. Therefore, the option of
becoming old remains covered. Various versions make this device, and they have been proved
that they are human-friendly. For instance, the version 2 remains inconsumable and requires no
patient contact, there is no heat at all, and it has the laser to protect the patients from the infrared
lights and radiations.

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Quality and standard of service provided by an industry remains ranked as the assessment
tool. For instance, the concept of overcoming medical complications and negligence tends to be a
vital role during ranking of a healthcare quality of services. Luckily, the invention of the vein
viewer is here to overcome all problems that are associated with this kind of accidental
punctures. Vein viewer happen to deploy the concept of visualization, Pre-, during- and Post-
procedure. Therefore, the embedment of such an ideology, health professional are capable of
avoiding complications from accidental puncture. In that regard, this technological advancement
tends to improve the total vascular access modus operandi.

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List of reference
Leydesdorff, Heimeriks,and Rotolo, (2016). The portfolio Journal analysis for countries 67(3),
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Chatterjee, Hora, and Rosoff,. (2015). Portfolio analysis of layered. Risk Analysis, 35(3), 459-
475.