Credence Research has recently published a market research study that includeselaborativeanalysis which was result of an extensive research methodologyfor 3D Bioprinters marketwith estimationsfrom 2018 to 2026. The highlights of this report aredrivers, restraints and opportunities of 3D Bioprinters market, offered acrossthe recent and estimated timeline till 2026.Major report takeawaysare competitive landscape assessment, attractive investment proposition, and brief profiles of companies operating in 3D Bioprinters market which will give 3600 view for the market dynamics. Companies are profiled on the basis of vital data points such asbusiness overview, financial synopsis, product/service portfolio, and news coverage accompanied with recent updates specific to 3D Bioprinters market. The cross-sectional geographical analysis covers regions such as North America (U.S & Canada), Europe (U.K., Germany & Rest of Europe), Asia Pacific (China, Japan, & Rest of Asia Pacific), Latin America (Brazil, Mexico, Rest of Latin America), and Middle East & Africa (GCC & Rest of Middle East & Africa).
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3D bioprinting is the process that allows researchers to generate and assemble cellular layers to form organic tissues. The use of biomaterial cells, proteins or other biological compounds as building block is carried out for fabricating 3D personalized structures or in vitro biological models through additive manufacturing processes. The major factors driving 3D bioprinters market are increasing demand for organ transplants, and requirement of cost-efficient technologies in drug development. According to the Organ Procurement and Transplantation Network (OPTN) and the Gift of Life Donor Program, in the U.S., an average of 21 people die every day waiting for an organ transplant, and the wait times can range from four months for a heart to five years for a kidney. The global 3D bioprinters market is represented by key technologies namely, syringe based 3D bioprinting, laser based 3D bioprinting, magnetic levitation 3D bioprinting, inkjet based 3D bioprinting and valve-based 3D bioprinting. Among these syringe based 3D bioprinting is the largest segment and is anticipated to maintain its lead during the forecast period 2016 – 2022. Pharmaceuticals segment accounted for a major share of 31.70% in the 3D bioprinting market. Drug development today is increasingly focusing on reducing side effects, improving treatment outcomes and deserting the ‘one-size-fits-all’ approach to medication management.
Keyresearch study highlights comprise:
- Exhaustiveresearch and analysis of the global 3D Bioprinters industry
- The key market segments along have been explained in the report thoroughly along with their existing and estimated market size
- Major elements of market dynamics such as drivers, challenges and opportunities and their effect on 3D Bioprinters market is also covered in the report
- Key players operating in the market are profiled and accompanied with the competitive landscape evaluated on the basis of product offering& business strength
- Cross sectional analysis of each regioncovering individual segments for the forecast period 2016 – 2018 in terms of value (US$Mn)
Research methodologyapplied for this study:
Methodology of this research study includes primary and secondary research for defining the market size, shares and forecast for global 3D Bioprinters market specific to key segments, and regional segmentation.
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- Secondary Research
Secondary research was initiated with data collected through sources such aspress releases,company annual reports, and relevant documents focusing on the current developments in the global 3D Bioprinters market. Authentic sources such as university research papers, scientific journals, and government websites were similarlyscreened for identifying business opportunities in several geographical markets and penetration of various products/services in these geographies. Paid databases were excavated to assemble information beneficial for broad commercial study of the key players operating in 3D Bioprinters market. In case lack of data availability on the public domain, we used estimation models to arrive at comprehensive data sets. Secondary research helped to create a firm base to build market size, analyze trends, and understand the dynamics of 3D Bioprinters market study.
- Primary Research
The exhaustive secondary research practiced was supported & validated by extensive primary research. Primary research was carried out with the help ofe-mail interactions,telephonic interviews, as well as face-to-face interviews with the leading industry stakeholders.
The participants tracked for primary interviews include:
- Marketing/product managers
- Vice President/ CEOs
- National sales managers
- Market intelligence managers
- Purchasing managers
- Other stakeholders
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