Kagome Revenue and Competitors

Los Banos, CA USA

Location

N/A

Total Funding

Food

Industry

Estimated Revenue & Valuation

  • Kagome's estimated annual revenue is currently $71.6M per year.(i)
  • Kagome's estimated revenue per employee is $297,000

Employee Data

  • Kagome has 241 Employees.(i)
  • Kagome grew their employee count by 10% last year.

Kagome's People

NameTitleEmail/Phone
1
VP, Global Business DevelopmentReveal Email/Phone
2
SR Director Supply Chain ManagementReveal Email/Phone
3
Director Product Innovation and DevelopmentReveal Email/Phone
4
Research & Development DirectorReveal Email/Phone
5
Chief Administration OfficerReveal Email/Phone
6
Senior Human Resources and Safety ManagerReveal Email/Phone
7
Sr. Production Control ManagerReveal Email/Phone
8
Environmental Compliance ManagerReveal Email/Phone
9
Senior Human Resources ManagerReveal Email/Phone
10
Operations Project ManagerReveal Email/Phone
Competitor NameRevenueNumber of EmployeesEmployee GrowthTotal FundingValuation
#1
$8.4M3944%N/AN/A
#2
$152.6M45215%N/AN/A
#3
$13.6M566%N/AN/A
#4
$21.1M780%N/AN/A
#5
$7.8M36-18%N/AN/A
#6
$23M8549%N/AN/A
#7
$146.8M4280%N/AN/A
#8
$8.6M400%N/AN/A
#9
$16.3M67-4%N/AN/A
#10
$1.1M8-38%N/AN/A
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What Is Kagome?

Here at Kagome, Inc., we are dedicated to serving our customers. Feel free to contact us if you have any questions about our product or our business.

keywords:N/A

N/A

Total Funding

241

Number of Employees

$71.6M

Revenue (est)

10%

Employee Growth %

N/A

Valuation

N/A

Accelerator

Kagome News

2022-04-13 - Kagome fundraiser a success

Kagome and Echuca Regional Health teamed up to organise the fundraising cocktail party which involved a line-up of well-known chefs banding...

2022-03-30 - Mechanism of exotic density-wave and beyond-Migdal ...

We find that the DW in kagome metal is the bond order, because the sizable intersite attraction is caused by the quantum interference among paramagnons.

2022-03-22 - External magnetic field causes shift in electronic Dirac band structure in a kagome magnet

Working with a quantum material known as a kagome magnet, a team of Boston College physicists and colleagues have directly measured how...