Thrive Bioscience Revenue, Growth & Competitor Profile

Company Profile & Annual Report for Thrive Bioscience

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Thrive Bioscience Fast Facts

Revenue	$1 - $10 million    See Exact Annual Revenue
Employees	10 - 100Exact Company Size
Primary Industry	334516 Analytical Laboratory Instrument Manufacturing
Address	11 Audubon Drive 0 Wakefield, MA 01880

Note: Revenues for privately held companies are statistical evaluations.


Thrive Bioscience's Annual Report & Profile shows critical firmographic facts:

• What is the company's size? (Annual sales and employees)
  • Thrive Bioscience's annual revenues are $1 - $10 million (see exact revenue data)
• What industry is the company in?
  • Thrive Bioscience is classified as operating in the Analytical Laboratory Instrument Manufacturing industry, NAICS Code 334516.

Thrive Bioscience Annual Revenue and Growth Rate

Thrive Bioscience	Revenue Est. ($ Million)	Growth Rate (%)	# Employees
2023	$1 - $10 million Details in Premium Report
2022
2021
2020
2019

1-Year Growth Rate: 3-Year Growth Rate (CAGR):

Note: Thrive Bioscience's revenues are gauged from an analysis of company filings.

Thrive Bioscience's Income Statement (based on Industry Averages)

Thrive Bioscience P&L	$ Millions
Revenue (Sales)
Cost of Goods Sold
Gross Profit
Operating Expenses
Advertising
Salaries and wages
Other Operating Expenses
Total Operating Expenses
Operating Income
EBITDA
EBIT (Earnings Before Interest and Taxes)
Net Profit

Trademark Applications

Trademark applications show the products and services that Thrive Bioscience is developing and marketing. Thrive Bioscience doesn't have any recent trademark applications, indicating Thrive Bioscience is focusing on its existing business rather than expanding into new products and markets. Trademarks may include brand names, product names, logos and slogans.

Trademark	Date
OVERCYTE Medical research apparatus and instruments for collecting and analyzing cell data for laboratory use, namely, incubators for cell cultures, cameras, microscopes, flow cytometers and flow-based analyzers for providing cell analysis, detection, counting, and imaging, dropping pipettes for cell passaging, and computers for cell evaluation, all of the foregoing for use in conjunction with individual cells, colonies of cells, stem cells, tissue cells, combinations of cells, co-cultures in the nature of cell cultures containing two or more different types of cells, organoids in the nature of self-organized three-dimensional stem cell derived cell tissue cultures, spheroids in the nature of three-dimensional cell cultures that arrange during proliferation into sphere-like formations, assembloids in the nature of three dimensional structures formed from the fusion and functional integration of multiple cell types, and embryonic cells; pharmaceutical apparatus and instruments, namely, electronic apparatus for testing the sterility of pharmaceuticals and injectable solutions; diagnostic apparatus for the detection of pathogens, genetic mutations, diseases or infections for laboratory and research use; downloadable computer software for collecting and analyzing data on cells for laboratory, research, clinical, diagnostic or medical use, for cell imaging, cell counting, cell sorting, cell evaluation, detection of pathogens, genetic mutations, diseases or infections, monitoring of cell response to drugs and pathogens, measuring and evaluating cell response and resistance to drugs and pathogens, for use in conjunction with individual cells, colonies of cells, stem cells, tissue cells, combinations of cells, co-cultures in the nature of cell cultures containing two or more different types of cells, organoids in the nature of self-organized three-dimensional stem cell derived cell tissue cultures, spheroids in the nature of three-dimensional cell cultures that arrange during proliferation into sphere-like formations, assembloids in the nature of three dimensional structures formed from the fusion and functional integration of multiple cell types, and embryonic cells	09/23/2021
FORECYTE Apparatus and instruments for collecting and analyzing data on cells, including but not limited to individual cells, colonies of cells, stem cells, tissues, combinations of cells, co-culture, organoids, spheroids, assembloids, and/or embryos, for laboratory, research, or medical use, namely, incubators for cell cultures, cell imaging equipment, cell analysis equipment, cell counting apparatus, cell sorting apparatus, cell feeding apparatus, cell passaging apparatus, cell plating apparatus, and cell evaluation apparatus; pharmaceutical apparatus and instruments; biotechnological laboratory apparatus and instruments; clinical diagnostic instruments; diagnostic apparatus for the detection of pathogens, genetic mutations, diseases or infections for laboratory, medical or research use; regenerative medicine apparatus and instruments for laboratory use; computer software for collecting and analyzing data on cells for laboratory, research, clinical, diagnostic or medical use, for cell imaging, cell counting, cell sorting, cell evaluation, detection of pathogens, genetic mutations, diseases or infections, monitoring of cells response to drugs and/or pathogens, measuring and evaluating cell response and resistance to drugs and/or pathogens, where cells, include but are not limited to individual cells, colonies of cells, stem cells, tissues, combinations of cells, co-culture, organoids, spheroids, assembloids, and/or embryos	07/02/2021
HINDCYTE Medical research apparatus and instruments for collecting and analyzing cell data for laboratory use, namely, incubators for cell cultures, cameras, microscopes, flow cytometers and flow-based analyzers for providing cell analysis, detection, counting, and imaging, dropping pipettes for cell passaging, and computers for cell evaluation, all of the foregoing for use in conjunction with individual cells, colonies of cells, stem cells, tissue cells, combinations of cells, co-cultures in the nature of cell cultures containing two or more different types of cells, organoids in the nature of self-organized three-dimensional stem cell derived cell tissue cultures, spheroids in the nature of three-dimensional cell cultures that arrange during proliferation into sphere-like formations, assembloids in the nature of three dimensional structures formed from the fusion and functional integration of multiple cell types, and embryonic cells; pharmaceutical apparatus and instruments, namely, electronic apparatus for testing the sterility of pharmaceuticals and injectable solutions; diagnostic apparatus for the detection of pathogens, genetic mutations, diseases or infections for laboratory and research use; downloadable computer software for collecting and analyzing data on cells for laboratory, research, clinical, diagnostic or medical use, for cell imaging, cell counting, cell sorting, cell evaluation, detection of pathogens, genetic mutations, diseases or infections, monitoring of cell response to drugs and pathogens, measuring and evaluating cell response and resistance to drugs and pathogens, for use in conjunction with individual cells, colonies of cells, stem cells, tissue cells, combinations of cells, co-cultures in the nature of cell cultures containing two or more different types of cells, organoids in the nature of self-organized three-dimensional stem cell derived cell tissue cultures, spheroids in the nature of three-dimensional cell cultures that arrange during proliferation into sphere-like formations, assembloids in the nature of three dimensional structures formed from the fusion and functional integration of multiple cell types, and embryonic cells	07/02/2021

See all trademarks and details in the Full Report.

Market Share of Thrive Bioscience's Largest Competitors

A competitive analysis shows these companies are in the same general field as Thrive Bioscience, even though they may not compete head-to-head. These are the largest companies by revenue. However, they may not have the largest market share in this industry if they have diversified into other business lines. The "Competition" section of a business plan or investment memorandum would start by analyzing the information about these companies. Competitive advantage comes from offering better pricing or superior products/service.

Company	Headquarters	Revenue ($ MM)
VERISK ANALYTICS	Jersey City, NJ	100
WATERS	Milford, MA	91
METER GROUP INC. USA	Coeur D Alene, ID	3
UNCHAINED LABS	Pleasanton, CA	3
NANOSCIENCE ANALYTICAL	Phoenix, AZ	2
ARTEL	Westbrook, ME	1
MICROTRAC	York, PA	1
PION	Billerica, MA	1
TRAJAN SCIENTIFIC AMERICAS	Pflugerville, TX	1

Nearby Competitors

These companies are similar in business line and location to Thrive Bioscience. While some companies compete with neighboring businesses for customers, other companies may compete to attract skilled employees.

Company	Headquarters	Revenue ($ MM)
NOVA VENTURES GROUP	Wakefield, MA	100
SEMILAB USA	North Billerica, MA	74
UFA	Burlington, MA	66
NEXCELOM BIOSCIENCE	Lawrence, MA	65
BFLY OPERATIONS	Burlington, MA	51
PION	Billerica, MA	38

Future Competition: Thrive Bioscience's Fastest Growing Competitors

These companies are in the same general field as Thrive Bioscience and are rapidly expanding. Companies may grow organically or through acquisition. In some cases apparently high growth rates may be caused by data that weren't available in previous years.

Company	Revenue ($ MM)