Mercado de sensores de saturação capilar periférica descartáveis ​​de oxigénio (SpO2) no Médio Oriente e África – Tendências do setor e previsão para 2029

Análise e dimensão do mercado

Um oxímetro é um dispositivo utilizado para transmitir radiação num comprimento de onda conhecido através do sangue e para medir a saturação de oxigénio no sangue com base na quantidade de radiação refletida ou dispersa. Existem dois tipos de técnicas envolvidas nos oxímetros de pulso, nomeadamente a reflectância e os transfectantes, com diferentes princípios de absorção e emissão de luz.

O aumento da adoção de sensores reutilizáveis ​​de SpO2 e o crescente número de hospitais e clínicas de saúde são alguns dos fatores que impulsionam a procura de oxímetros de pulso no mercado. Com a crescente procura de sensores de SpO2 em todo o mundo, as grandes empresas estão a expandir os seus portfólios de produtos em diferentes países para reforçar a presença destes produtos e soluções no mercado.

A Data Bridge Market Research analisa que o mercado do Médio Oriente e África deverá atingir os 763,72 milhões de dólares até 2029, com um CAGR de 13,2% durante o período de previsão.

Definição de mercado

A pulse oximeter is a medical device that indirectly measures the oxygen saturation of a patient’s blood and changes in blood volume in the skin, producing a photo plethysmograph. It is attached to a medical monitor so staff can see a patient’s oxygenation at equal periods. Now, there is a portable battery-operated pulse oximeters are also available for home blood-oxygen monitoring. The SpO2 sensor works out the oxygen saturation by comparing based on red light and infra-red light is absorbed by the blood. Depending on the amounts of oxy HbO2 and deoxy Hb present, the ratio of the amount of red light absorbed compared to the amount of infrared light absorbed changes.

Disposable Peripheral Capillary Oxygen Saturation (Spo2) Sensor Market Dynamics

This section deals with understanding the market drivers, advantages, opportunities, restraints and challenges. All of this is discussed in detail as below:

• Rise In Adoption Of Reusable Spo2 Sensor

Reusable sensors is medical equipment implanted in oxygen cylinders for the assistance of finding oxygen level in the patient body. These sensors have many advantages such as easy handling, optimal cleaning, and thorough disinfection. These sensors are implemented in hospitals and healthcare clinics which enables enhancement of safety systems in terms of patients by avoiding inaccurate data measurement errors and can be reused for other patients and many others.

The healthcare industry has witnessed huge developments however, reusable SpO2 sensors are one of the major developments. This system ensures and withstands maximum mechanical stress and usability is increasing year over year. This technological innovation for the healthcare industry has created a popularity for the safety and benefits involved with unique product design guarantees extraordinarily high patient comfort and exceptionally accurate measurement results      

• Rising Demand For Spo2 Sensors With Artificial Intelligence

Sensor solutions are mostly responsible for only data acquisition. The raw data needs to be extracted from the sensor and transmitted to another, more computationally capable device within the network. Future mobility is dependent upon various factors out of which connectivity is the major factor to drive the SpO2 sensor market.

As there is the evolution of technology year over year the healthcare system is changing rapidly and evolved the healthcare industry through the evolution of sensors with artificial intelligence (AI) embedded in these devices. Nowadays connected devices seem to be a new norm in the healthcare industry which are equipped with smart and convenient features.

The raw data collected in the devices that is sensors needs to be heavily computed with the raw data of other sensors to deliver a meaningful result. AI-powered sensors can detect compensation techniques and potentially increases the value of the delivered result to the hospitals.

Artificial Intelligence sensors is one of those initial steps toward a technology-driven driven sustainable society where data obtained by sensors assist the doctor to give accurate medication to patients. These smart AI-based sensors are typically characterized by on board intelligence and have the ability to communicate collaboratively or through the internet.

• Growing Number Of Hospitals And Healthcare Clinics

Sensors are designed to be a promising technology to achieve sustainable results with zero data errors, low noise, and high efficiency. Moreover, sensors were evolve in the 19th century but due to a lack of advancement in technology SpO2 sensors had a huge demand compared to others sensors. During the 20th century, technological advancement boosted year over year and resulted from developments and innovations which has helped to reshape sensors.

The number of hospitals, clinics, and healthcare is increasing day by day due to the increasing number of patients. Healthcare clinics are playing a vital role in providing outpatient primary care and preventive healthcare services to various countries. To cover extensive geographical coverage, strong community ties, and the potential to reach medically underserved areas, health clinics are being set up.

The number hospitals are being set up the more complicated it will be to manage the number of the patient hence managing the total count of patients present in the hospitals. Hospitals are trying to adopt new technology sensors which are embedded with software that can keep a record of the count of patients being tested in the hospitals. Hospitals, healthcare, clinics have very limited resources and to utilize their resources in the best possible manner they are trying to adopt new methods for regular checks. 

• Shortage In The Supply Of Spo2 Sensors

The world is evolving around digital technology and various industries are adopting technological advancements for development and transformation. Technological advancement in any industry has made business operations straightforward. Similarly incorporating software and advanced technologies in the healthcare industry have influenced productivity, efficiency, and many other such benefits.

The result of the influx of serious Covid-19 cases worldwide has increased the demand for sensors attached to ventilators and other medical devices that measures oxygen level. The shortage in the supply of sensors is due to factories shutdown during covid which has hampered the production capacity of various companies.

SpO2 sensors have technologically advanced multiple folds. They are being used in devices including portable sensors, ear sensors, machines capable of detecting early cancer, and many more. Their progression has hugely contributed to the development of cutting-edge technology, they have their drawbacks.

Firstly, there are long loading issues that are prevalent with both types of sensors. This is due to the creepiness that occurs on the sandwiched material in between the electrodes when weight is applied to the sensor. Not only that, due to their complex array structure, the pressure measurement can be a bit lagged. Even though this delay is within the blink of an eye, it can be extremely crucial for applications where speed is the single most important factor.   

• Lack Of Skilled Labourer

Healthcare is one of the most essential sectors which contribute to a country’s economy. However, there has been a dearth of skilled professionals in the healthcare sector. Most hospitals are finding it tough to hire skilled staff and even tougher to find a skilled nurse. One of the major reasons is the younger professionals are switching to other hospitals quickly to increase their monthly pay being offered by different hospitals. This has led to baby boomers who are slowly inching towards their retirement age. In addition, since learning medical devices operations are very complex and need to be operated correctly thus finding experienced staff has been very challenging leading to huge vacancies. Further, these types of jobs also pay less as compared to their peers.

The major challenge in the healthcare industry arises due to a shortage of skilled nurses and staff who need rigorous training due to patient safety. Thus, a severe shortage of qualified professionals in the healthcare sector is a factor that is creating challenges for the growth of the disposable peripheral capillary oxygen saturation (spo2) sensor market.

Post COVID-19 Impact on Disposable Peripheral Capillary Oxygen Saturation (Spo2) Sensor Market

COVID-19 created a major impact on the disposable peripheral capillary oxygen saturation (SpO2) sensor markets almost every country has opted for the shutdown for every production facility except the ones dealing in producing the essential goods. The government has taken some strict actions such as the shutdown of production and sale of non-essential goods, blocked international trade, and many more to prevent the spread of COVID-19. The only business which is dealing in this pandemic situation is the essential services that are allowed to open and run the processes.

The growth of the disposable peripheral capillary oxygen saturation (SpO2) sensor market is attributed to the rise in adoption of reusable SpO2 sensors. However, factors such rising logistic and inventory cost, shortage in the supply of spo2 sensors restraining the market growth. The shutdown of production facilities during the pandemic situation has had a significant impact on the market.

Os fabricantes estão a tomar várias decisões estratégicas para recuperar após a COVID-19. Os participantes estão a conduzir diversas atividades de investigação e desenvolvimento para melhorar a tecnologia envolvida nos sensores de SpO2. Com isto, as empresas trarão para o mercado controladores avançados e precisos. Além disso, a procura por sensores spo2 tem aumentado devido à pandemia e às complicações relacionadas com a saúde do indivíduo.

Médio Oriente e África Âmbito do mercado do sensor de saturação capilar periférica descartável (Spo2)

O mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) está segmentado com base no conector, utilização, técnica, sinal, aplicação, utilizador final e canal de vendas. O crescimento entre estes segmentos irá ajudá-lo a analisar os escassos segmentos de crescimento nas indústrias e fornecer aos utilizadores uma valiosa visão geral do mercado e insights de mercado para os ajudar a tomar decisões estratégicas para identificar as principais aplicações do mercado.

Por conector

• Menos de 6 pinos
• 6 pinos-10 pinos
• Mais de 10 pinos

Com base no conector, o mercado dos sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) está segmentado em menos de 6 pinos, 6 pinos-10 pinos e mais de 10 pinos.

Por uso

• Adulto
• Pediátrico
•  Neonato
• Animal
• Outros

Com base na utilização, o mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) foi segmentado em adultos, pediátricos, neonatos, animais e outros.

Por técnica

• Refletância
• Transfletância

Com base na técnica, o mercado dos sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) foi segmentado em refletância, transfletância.

Por sinal

• Analógico
•  Digital

Com base no sinal, o mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) foi segmentado em analógico, digital.

Por aplicação 

• Dedo
• Orelha
• Pé
• Dedo do pé
• Multiposição
• Outros

Com base na aplicação, o mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) foi segmentado em dedo, orelha, pé, dedo do pé, multiposição, outros.

. Por utilizador final

• Clínico
• Hospital
• Veterinário
• Outros

Com base no utilizador final, o mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) foi segmentado em clínico, hospitalar, veterinário e outros.

Por canal de vendas

• Off-line
• Online

Com base no canal de vendas, o mercado de sensores descartáveis ​​de saturação de oxigénio capilar periférico (SpO2) foi segmentado em offline, online.

Análise regional/perspetivas do mercado de sensores de saturação de oxigénio capilar periférico descartáveis ​​(Spo2)

O mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) do Médio Oriente e África é analisado e o tamanho do mercado conector, utilização, técnica, sinal, aplicação, utilizador final e canal de vendas como mencionado acima.

Os países abrangidos no relatório de mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) são os Emirados Árabes Unidos, Arábia Saudita, Israel, África do Sul, Egito, Resto do Médio Oriente e África,

Os Emirados Árabes Unidos dominam o mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2) no Médio Oriente e em África devido à crescente procura de sensores portáteis.

A secção do país do relatório também fornece fatores individuais de impacto no mercado e alterações na regulamentação do mercado que impactam as tendências atuais e futuras do mercado. Pontos de dados como a análise da cadeia de valor a jusante e a montante, tendências técnicas e análise das cinco forças de Porter, estudos de caso são alguns dos indicadores utilizados para prever o cenário de mercado para países individuais.

Cenário competitivo e análise da quota de mercado do sensor de saturação de oxigénio capilar periférico descartável (Spo2)

O panorama competitivo do mercado de sensores de saturação capilar periférica descartáveis ​​(SpO2) fornece detalhes por concorrente. Os detalhes incluídos são a visão geral da empresa, finanças da empresa, receitas geradas, potencial de mercado, investimento em investigação e desenvolvimento, novas iniciativas de mercado, presença no Médio Oriente e em África, localizações e instalações de produção, capacidades de produção, pontos fortes e fracos da empresa, lançamento de produtos, largura do produto e amplitude, domínio de aplicação. Os dados acima fornecidos estão apenas relacionados com o foco das empresas relacionado com o mercado de sensores descartáveis ​​de saturação capilar periférica de oxigénio (SpO2).

Alguns dos principais players que operam no mercado de sensores descartáveis ​​de saturação de oxigénio capilar periférico (SpO2) são a Medtronic, Masimo, Unimed Medical Supplies, Inc, Shenzhen Med-Link Electronics Tech Co., Ltd, MEDKE, Hisern Medical , Ornatech Inc, TE Connectivity , NIHON KOHDEN CORPORATION, Nonin, Smiths Medical, Koninklijke Philips NV, Shenzhen Lontek Electronic Technology Co., Limited, Honeywell International Inc., Criticare Technologies, Inc, Digicare Biomedical, Avante, PROACT Medical Ltd, Guangdong Biolight Medical Technology Co., Ltd , Spacelabs Healthcare, General Electric Company, entre outros.

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