GoDandy, Inc.

About GoDandy, Inc.

Bootstrapped Startup

35open roles

Finance, HR, Marketing, Sales, Operations, IT Jobs at Dandy

At a glance

Headquarters
New York City, USA
Team size
1,200
Industry
Healthcare
Business type
Video Ad Generation
Company stage
Bootstrapped Startup
Locations
Only In The USA
Key departments
Software Engineering & AI/ML, Robotics & Advanced Manufacturing, Product Management, Sales & Account Management, CAD/CAM Design, Operations & Supply Chain
Lead job category
Engineering Roles
Remote-first
No

Founded in 2020 by Daniel Hanover and Toni Oloko, Dandy is a vertically integrated digital dental technology company that combines AI, robotics, and 3D printing to manufacture custom dental restorations--including crowns, bridges, dentures, and clear aligners--serving as a modern dental lab that partners with over 6,000 dental practices across the United States . The company is headquartered in New York City, with additional manufacturing facilities in Utah and Texas, and operates a flex-first workforce model that includes remote engineering roles alongside on-site manufacturing positions . Dandy employs approximately 1,200 people, with workforce size estimates varying across sources . The company’s workforce is structured across key departments including Software Engineering & AI/ML, Robotics & Advanced Manufacturing, Product Management, Sales & Account Management, CAD/CAM Design, Operations & Supply Chain, Customer Success, and People & Talent . As a scaling technology company with a focus on engineering innovation and manufacturing scale, the most frequent job opportunities are typically in Engineering--particularly roles involving AI, computer vision, CAD, and intelligent manufacturing systems--as well as Operations, reflecting the company’s emphasis on expanding its digital factory capabilities and technical workforce . The current job openings listed here offer an opportunity to contribute to Dandy’s mission of modernizing the dental industry through precision manufacturing and technology-driven solutions.