Meet the world's largest community
of hardware innovators.

Talented engineers, designers, product innovators, and fabricators from around the world. Solving problems with smart design and fabrication.  

Collaboration tools for everyone.
Real ingenuity from around the world.
Mekanika Pro CNC Router
by +Mekanika
17.7 k
“We are excited about giving our products greater visibility, and receiving feedback coming from thousands of community members who share ideas and solutions.”
Explore project
Otto DIY
by +OttoDIY
14.8 k
“With projects, content and community all-in-one place, we’ve been able to see a great evolution of our products. Plus, the powerful version control is intuitive for product designers.”
Explore project
by +dronecoria
9.4 k
“We want to help people understand what is inside our drone to know how to repair it or how to improve it through open innovation. Together, we can enable large-scale reforestations with drone sowing and seedballs.”
Explore project
How you can make a difference.
Bring your product to life.
Create a profile and share your portfolio of product and hardware innovation with a global community solving problems in innovative ways - just like you.
Start a public Project on Wikifactory to highlight your ingenuity and promote your talent to a network who can get your ideas further along.
  • Import from Dropbox, G Drive, Github and Gitlab.
  • Enrich your portfolio by embedding 3D files directly in copy.
  • Invite collaborators and attract followers.
Build on great ideas.
You don't have to start from scratch, or reinvent the wheel. Instead, you can build upon and contribute to public projects by the Community. Your skills and expertise can help solutions go further, together.
With 9,000 public projects and counting ranging from drones, electric vehicles, agri-tech, smart devices, robotics, biotech equipment, furniture, and so much more. Be inspired to make your mark.
  • Fork and remix existing projects
  • Share feedback with Issues Tracker
  • Leave annotations directly in CAD
Expand your horizons by learning.
To make better products, you always have an opportunity for learning or to deepen your practice. Yet online courses can be costly and are often lacking in real-life tips and practical exercises.
On Wikifactory, you can gain practical know-how thanks to the contributions of the community. Whether getting started or a pro, a learning curve for anyone to embark on.
  • Read 100s of how-to guides in digital fabrication
  • Learn from 1000s of documented public projects
  • Explore practical university coursework from around the world
Ready to be a part of the community?
Find out more projects...


Injection molding machine for recycling plastic (called "Smart Injector"). The design is low-cost an


Quad-rotor frame autonomous drone development kit. Co-developed with Auterion.


Low cost oxygen


A robot that can be controlled remotely by volunteers through a public website to clean up floating


A handheldscanner that incorporates the breakout board together with a Raspberry Pi Zero W, all in a


How might we reduce single use items and maintain hygiene in a cafe environment?Luke Kelly - Other T


An open source connector developed as a solution to reducing digital production wood waste. The conn


An intriguing stool using tensegrity to create the illusion of a floating seat. The design is suitab


A handheld bio-extruder that can be made anywhere by anyone.


An interactive robot that anyone can make! Otto can walk, dance, make sounds and avoid obstacles. Ea


Please use the files from our new repository:


Based on Mekanika's core philosophy, every tool or machine we develop is released under an open sour

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