Eizo
The monitor market is developing dynamically: new panel technologies, higher resolutions, larger formats and more energy-efficient devices are expanding the range of applications. Whether in industry, healthcare, shipping, aviation, commerce, image processing, engineering or public information systems – specialized monitors are increasingly being used everywhere. According to Precedence Research, the monitor market will reach $195 billion this year and grow to over $396 billion by 2035. But despite this dynamic development, monitors are one of the IT parts that are rarely considered strategically. Unlike servers, storage and networks, monitors are often considered secondary peripherals in the procurement process. They have to be big enough, technically up-to-date – and as cheap as possible.
Monitor lifecycle: The longer, the better
But this view falls short. Even with classic office monitors, the selection must be viewed in a more differentiated manner. When selecting a monitor, TÜV SÜD cites not only size and aspect ratio, but also resolution, brightness, contrast, color representation, variety of connections and ergonomics as important criteria. There are also further questions: How reliably does the device work over several years? How complex is rollout, configuration and administration? How high is the energy consumption? And how quickly can a device be replaced if it breaks down?
Different applications – different requirements
In special professional environments, further points come into play: In harsh everyday industrial environments, displays must be protected against dust and moisture. Medical displays must present image information particularly precisely and in accordance with standards. Maritime applications require high readability, high resistance to vibrations, extreme temperature fluctuations and salt spray. The more demanding the application scenario, the clearer it becomes: A monitor is not an accessory that can be interchanged at will, but rather an important work tool with specific requirements in terms of technology, availability and service life.
TCO is more important than the purchase price
This shifts the procurement question. The purchase price is just one position. Much more important is the question of what a device costs over its entire life cycle – through energy consumption, service, administration, failure, disposal and replacement procurement. These points become more relevant the higher the quantities are. Then even small differences can have a big impact. A supposedly cheap monitor is only really cheap if it can be used reliably for a long time. If it fails early or requires a lot of support, the operating costs can significantly exceed the savings made during the purchase. A look at the total cost of ownership (TCO) of a device can therefore lead to surprising insights. This puts the focus on device quality because it becomes a cost factor. Providers who do particularly well here can often be recognized by their long guarantee period. It is an indication that a manufacturer knows its products, manufacturing processes and failure risks – and can pass on this trust to its customers.
EIZO: Specialist for high-quality imaging products
The Japanese display specialist EIZO starts at exactly this point. The company does not position its monitors as standard goods that are optimized for the short term, but rather as long-lasting work equipment for professional use scenarios. The basis for this is an integrated approach of development, production and quality control. What is important is not a single feature, but rather the interaction between product quality, service life, service, energy efficiency and predictable availability. This is particularly relevant for organizations that need to view monitors as a fleet.
A current example is EIZO’s FlexScan EV series, for which a 7-year guarantee has now been introduced. It is valid from the date of purchase or up to 30,000 operating hours. These systems also have functions that make operation more economical: Energy efficiency mechanisms reduce power consumption when brightness and image display are automatically adjusted to suit usage and environment. Management functions make the administration of larger installations easier, for example when settings for brightness, color or energy consumption are controlled centrally. Uniform model lines and long product cycles help keep workplace environments consistent over longer periods of time.
The high quality standards are anchored in the EIZO DNA. “We specialize in the development, manufacture and provision of high-quality and sophisticated imaging products and the associated solutions for every area of application,” says EIZO Vice President Sales & Marketing Alexander Theeman.
Conclusion
Monitors are not an afterthought. They are the everyday interface between people, applications and information. This is precisely why their procurement must be carefully planned. Anyone who looks at price, quality and life cycle together will make a technically sound and cost-optimal decision.
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