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Formlabs

Mechanical Engineer

Boston, MAFrom $140kmidAdded today

About this role

Formlabs seeks a Mechanical Engineer to design and develop precision 3D printing systems for a global leader in additive manufacturing. You'll work hands-on to prototype mechanisms, optimize electro-mechanical systems, and shepherd designs from concept through mass production while collaborating with sourcing and manufacturing partners worldwide.

What you'll do

  • Prototype new mechanisms and research solutions to 3D printing challenges
  • Analyze, test, validate, and iterate on electro-mechanical systems
  • Create detailed CAD designs and well-specified technical drawings
  • Collaborate with Global Sourcing and Manufacturing teams to scale designs to production
  • Build and test prototypes in the on-site shop
  • Drive customer value and push the boundaries of 3D printing technology

What they're looking for

  • 3D CAD software (Solidworks/Onshape)
  • Mechanical design and component specification
  • Injection molding and sheet metal fabrication knowledge
  • Electro-mechanical systems design and testing
  • Prototyping and hands-on fabrication
  • Global supplier and vendor communication
  • Full product development cycle experience
  • Python programming (bonus)

Benefits

  • Equity program with RSUs
  • Comprehensive healthcare (Medical, Dental, Vision)
  • 401K matching and financial advisor access
  • Generous paid parental leave (up to 16 weeks)
  • Tenure-based sabbatical leave (up to 6 weeks)
  • Flexible paid time off and on-site perks
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Formlabs

Formlabs builds advanced 3D printing hardware and systems, with particular focus on dental and professional applications. The company is hiring for engineering roles including robotic systems integration, mechanical design, and reliability testing to develop and improve their 3D printing technology.

View all jobs at Formlabs

Likely interview questions

  • Walk us through a product you've designed from prototype to manufacturing—what challenges did you face?
  • How do you approach material selection and manufacturing technique decisions for a new component?