I’m Gábor Bazsali, an architect based in Budapest, working at the intersection of engineering, technology, and generative art. My journey started with building things in 2008, right after finishing architecture school, I built my first 3D printer and launched a small business around it. This early experience shaped a hands-on, experimental mindset focused on iteration, precision, and continuous improvement. Years later, discovering the work of Vera Molnár connected this technical thinking with artistic expression, leading me toward generative, system-based drawing.
MakerKit is the result of years of development, testing, and refinement. It was built through real use long plotting sessions, mechanical challenges, and constant iteration to achieve stability and precision. The system is designed to translate algorithms into physical drawings reliably, where every component plays a role in consistent movement and clean output. It’s not just a collection of parts, but a tested mechanical foundation shaped by practical experience.
Check my artworks ➡️ https://lineworkart.hu/
I decided to bring MakerKit out because I saw how difficult it is to reach a stable, reliable DIY setup if you would starting from scratch. Too many builds fail at the mechanical level before they ever produce meaningful results. At the same time, I wanted to share the experience and feeling of working with generative systems that moment when an idea turns into a physical drawing with others who are equally fascinated by generative art.
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This kit gives you a strong starting point not by removing the building process, but by eliminating the most common failure points. It’s an entry into a space where ideas become systems, systems become drawings, and machines become a tool for creative expression.
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The mechanical foundation for a generative pen plotter. Three years of iteration. One tested system. Built for makers who want to start where the failures end.
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This first release giving makers a strong, reliable mechanical foundation through high-quality 3D printable parts designed for stability, precision, and repeatable performance.
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This helps ensure the quality of the system, protects the dimensional accuracy of the most critical components, and gives every builder a more stable starting point.
To support the build, this page also includes:
This kit is made for makers, artists, and builders who want to assemble a pen plotter based on a tested mechanical concept instead of starting from uncertain or inconsistent printed parts.
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The MakerKit currently contains the 3D printable STL files
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A refined pen plotter system built through 3 years of iteration, testing, and redesign.
Designed for makers who want a stable, precise, and proven mechanical foundation.
📅 Launching: 2026 June
PenPlotter First Batch v1.0
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