From Four Parameters to a Physical Object
What if changing just four parameters could completely transform a 3D-printed object?
AVENCO is exploring exactly that with a parametric vase created through four variables:
Height. Wave Count. Amplitude. Curvature.
Instead of manually remodeling the design every time, these parameters control the geometry and allow entirely different forms to be generated from the same underlying system.
From Digital Geometry to Robot Motion
The next step is where things get interesting.
Using ENCY, the parametric geometry is translated directly into printable robotic toolpaths.
No manual modeling. No mesh cleanup.
Just parameters translated into robot motion.
The resulting object is printed using the AVEX 20 extruder, developed by AVENCO.
And the complete journey from digital code to physical object takes just 2 hours
🎥 Watch the Process
From parametric design to robotic 3D printing see how AVENCO transforms digital geometry into a physical object.
One System. Different Possibilities.
Here is what makes the process particularly interesting:
Change the parameters, and the geometry changes with them.
The same printing system can therefore produce completely different forms without rebuilding the entire design from scratch.
This brings parametric design, computational geometry and robotic additive manufacturing into a single workflow.
It is a different way of thinking about large-format 3D printing not simply printing a predefined shape, but using parameters to explore what the machine can create.
The Technology Behind the Print
🤖 AVENCO — Robotic additive manufacturing platform
⚙️ AVEX 20 — Extruder developed by AVENCO
💻 ENCY — Toolpath generation and computational design workflow
📐 4 Parameters — Height, Wave Count, Amplitude, Curvature
⏱️ 2 Hours — From digital code to physical object
What Would You Design?
The interesting question is not only how fast a robot can print.
It is what becomes possible when design parameters can directly control robotic motion.
If turnaround time was no longer the bottleneck, what would be the first thing you would design?
Share your idea with us.
About AVENCO
AVENCO Robotics & Automation develops robotic large-format additive manufacturing solutions for industrial applications, bringing robotics, automation and advanced manufacturing together.
This newsletter is created in collaboration with AVENCO Robotics & Automation.
🎥 Media: AVENCO , Berkay Doğan
CTO Robotics
CTO Robotics is a global media and consulting company dedicated to robotics, automation, artificial intelligence, and emerging technologies. We create high-impact content that reaches engineers, decision-makers, and innovators worldwide. Through articles, videos, social media campaigns, and community-driven storytelling, we help companies showcase their technologies, strengthen their brand, and connect with the right audience. Much like Interesting Engineering or Wevolver, our mission is to bridge the gap between technology providers and industry professionals — turning innovation into visibility, and visibility into growth. 👉 Whether you are launching a new product, building your brand, or looking for global recognition, CTO Robotics is your media partner for exposure, credibility, and business opportunities.
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