The global in-vitro fertilization microscopes market size was valued at USD 94.2 million in 2021 and is expected to reach USD 178.27 million in 2030 expanding at a compound annual growth rate CAGR of 8.3% from 2022 to 2030.
In-vitro fertilization microscopes are utilized for a variety of processes, including the examination of sperm, the preparation of oocytes for fertilization, the actual process of in-vitro fertilization, and an overall evaluation of the embryo. In-vitro fertilization operations include oocyte preparation, assessing the embryo, and testing the semen all needing the usage of microscopes. These microscopes are used for in-vitro fertilization. The primary factors that have been driving growth in the in-vitro fertilization microscopes market are the increasing demand for in-vitro fertilization as a treatment for male and female infertility and the high success rates of in-vitro fertility procedures.
The method known as in vitro fertilization, or IVF, involves fertilizing egg cells with sperm outside of the body, in a dish at a laboratory, before placing the resulting embryo inside of a woman's uterus to carry the pregnancy to term. In vitro fertilization (IVF) is a form of assisted reproductive technology that can be used to treat infertility caused by genetic conditions or to aid with the conceiving of a child. The process of fertilization begins with the collection of a sample of sperm cells, continues with the extraction of eggs, and concludes with the merging of an egg and sperm by hand in a laboratory environment to generate an embryo. After that, the embryo or embryos are moved into the uterus so that the pregnancy can continue. There are two methods of fertilization that may be used in in vitro fertilization, and they are insemination and intracytoplasmic sperm injection (ICSI).
Incubators, specialized microscopes, IVF disposables, ultrasound machines, and other similar devices are some examples of the types of equipment that may be utilized during this procedure. In vitro fertilization is a multi-step process that can take anywhere from a few weeks to a few months to finish. IVF is successful for some women on their very first attempt, but the majority of women require more than one round in order to have a child with the procedure. IVF may unquestionably boost a couple's chances of becoming pregnant if they are experiencing fertility issues; however, there is no assurance that it will do so because everyone's bodies are different and IVF may not be successful in every case. IVF comes with its own unique dangers and potential adverse effects, much like any other medicine or medical process. IVF may also be emotionally taxing, not just on the individual undergoing the operations but also on their partner and/or family members who are supporting them.
|Market Size||USD 178.27 million|
|Fastest Growing Market||Asia Pacific|
|Report Coverage||Revenue Forecast, Competitive Landscape, Growth Factors, Environment & Regulatory Landscape and Trends|
It is anticipated that the expansion of the market would be fueled by factors such as the rising success rate of in-vitro fertilization treatments and the accessibility of financial help.
In addition, developments in technology made by companies that produce goods are making treatments more effective and are likely to bring down the overall cost of procedures. Some of the most important developments that have occurred in the market are improvements in the quality of microscopic examinations brought about by high contrast and developments in the IVF microscope-related equipment.
An increasing infertility rate because of changes in lifestyle as well as the expanding trends of assisted reproductive technologies is the primary factor driving the expansion of the worldwide market for in vitro fertilization (IVF). The rising incidence of infertility among both men and women is anticipated to be a primary driver of growth in the IVF microscopes market over the course of the upcoming forecast period. In addition, an increasing number of ovulation illnesses, as well as the application of preimplantation genetic screening or diagnosis in the medical industry, may be factors that contribute to the expansion of the in vitro fertilization market.
Infertility affects around 186 million people and nearly 48 million couples throughout the world, according to estimates from the World Health Organization (WHO). The Society for Assisted Reproductive Technology (SART) in the United States estimates that there were around 0.29 million IVF cycles started in the country in the year 2020.
It is anticipated that increasing knowledge regarding infertility and the availability of various therapies on the market would contribute to the growth of the market.
The expansion of the in-vitro fertilization microscopes market is hindered by factors such as the high cost and the problems connected with IVF therapy, as well as the poor knowledge of in vitro fertilization in developing nations.
The most important barrier to the expansion of the business is the fact that treatments for infertility become less successful as their patients become older. A growing number of middle-aged and older women are turning to infertility clinics for assistance as a direct result of the changing social landscape. It takes an ever longer amount of time for a woman to conceive, and the likelihood that she may never be able to conceive increases as she gets older. In addition, as women become older, their chances of having a miscarriage and experiencing complications during pregnancy and delivery rise.
It is anticipated that attractive chances for market development will present themselves as a result of an increase in productivity tourism, an improvement in the number of fertility clinics, and a lower cost of IVF procedures in developing nations in comparison to industrialized ones.
Here is a contradiction, poor knowledge of IVF in developing nations is a restraint to the market whereas low cost of IVF procedures in developing nations is an opportunity for the market to grow.
Due to reasons such as increasing fertility tourism, regulatory changes, and product innovation, Europe led the IVF microscopes market and accounted for the biggest revenue share of 24.5 percent in 2021. This resulted in Europe holding the dominant position. A considerable increase in the use of time-lapse equipment coupled with clinic-designed algorithms has been spotted in this region. The development of microscopes that can perform all of the necessary imaging tasks within a single embryo chamber and therefore eliminate the need for numerous workstations is contributing to the reduction of the amount of space required for the operation as well as its overall cost. To fuel the expansion of the market for IVF microscopes throughout the course of the forecast period, businesses that are active in the area are implementing a variety of tactics, some of which include the introduction of new products and the funding of research efforts.
The Asia Pacific IVF microscopes market is predicted to develop at the quickest rate throughout the forecast period due to major reasons such as rising awareness and availability of IVF treatments. The presence of a huge population, as well as rising levels of awareness regarding in vitro fertilization (IVF), are among the primary variables that are contributing to the surge in clinics' need for microscopes.
Based on end-user the IVF microscopes market is divided into Clinical Centres, Hospitals and Academic research.
The clinical sector led the market for IVF microscopes in 2021, accounting for 94.6 percent of total revenue. This sector is also anticipated to see the most rapid expansion over the course of the forecast period. A growing knowledge of IVF therapy and an increase in the amount of money invested by private investors in infertility clinics are two of the most important factors leading to the expansion of this market sector. The expansion of clinical ART treatments using a wide range of microscopes is anticipated to be a major driver of growth for this sector over the course of the forthcoming time period. For the sake of clinical procedures and gamete selection, assisted reproductive technology (ART) centers sometimes make use of microscopes. When examining the morphology and viability of oocytes and embryos, stereo microscopes are utilized. On the other hand, upright microscopes are utilized to observe and evaluate sperm in terms of their morphology, motility, and viability. In clinical settings, both types of microscopes are utilized; however, those designed to be used inverted offer the greatest degree of versatility for ART.
IVF facilities offer a variety of services, such as identifying healthy oocytes, analyzing sperm, performing in-vitro fertilization (ICSI), monitoring embryo development, and freezing and storing embryos. IVF clinics are increasingly obtaining funding from private investors as well as developing new items that may be used in the process of in vitro fertilization (IVF).