"ROBOTS PERFORM DULL, DIRTY, OR DANGEROUS JOBS"

Robotics has revolutionized industries from healthcare to agriculture. Bloom Automation is bringing advanced automation and robotics to the commercial and medical cannabis industry.

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intelligent automation.

Bloom Automation is on the forefront of technology to evaluate and process delicate agriculture through advanced optics and proprietary algorithms.

Our mission is to join intelligent automation with innovative producers, producing the next generation of cultivation.

We trim with the precision of a human, but the efficiency of a machine.

Jon Gowa

CEO and Founder

Career designing advanced agricultural and military robotics. Experienced in bringing sophisticated automation systems from concept to market.

Ken Stout

Chief Commercial Officer

With 20+ years of experience in sales and operations, Ken brings a unique background and leadership mentality to the Bloom team.

Markus Roggen

Industry Advisor

A seasoned chemical engineer who switched over to the cannabis industry and has experience running some of the most advanced cannabis labs in North America.

Shannon Hagerty

Marketing & Sales Associate

With a background in Marketing and Communication, she has brought Bloom to the forefront of the market and has made Bloom a household name in the industry.

Sam Tordo

Lead Field Service Engineer

Has a background in electro-mechanical assemblies and has extensive, customer-facing experience in the field prior to coming to bloom.

cost effective

Robotic cannabis processing and trimming can reduce costs 5-10x.

DELICATE

Thanks to advanced image recognition technology pioneered by Bloom, we are able to trim with the precision and care of a human.

NON DESTRUCTIVE

Conventional machine trimmers are often very destructive to the product, with up to 30% of flower damaged. Bloom's robotic solution reduces the chance of loss or damage to <5%.

AUTOMATED

Bloom Automation is dedicated to automating commercial and medical cannabis cultivations, from seed to shelf, through the use of human-collaborative robotic technology.