Apis Cor Inc. Apis Cor FrankvsUniversal Robots UR10e
Side-by-side comparison of Apis Cor Inc. Apis Cor Frank and Universal Robots UR10e: specs, price, use cases and SDKs.

Apis Cor Frank
Apis Cor builds robots that 3D print buildings.

UR10e
Collaborative 6-axis industrial arm
Specifications
| Spec | Apis Cor Frank | UR10e |
|---|---|---|
| Price (USD) | $0 | $52,000 |
| Category | industrial | industrial |
| Payload | null kg | 12.5 kg |
| Runtime | null h | — |
| Speed | 0.166 m/s | — |
| Weight | null kg | — |
| Reach | Up to 3 stories tall; 15m radius | 1300mm |
| Degrees of Freedom | null | 6 |
| Battery | Grid power (DC 96V or AC 350-528V / 120-220V) | — |
- 3D printing residential homes
- constructing commercial buildings
- disaster relief housing
- extraterrestrial construction
- Pick & place
- Machine tending
- Assembly
- Welding
When to pick which
Choose the Apis Cor Frank for large-scale civil engineering projects or residential development where the primary goal is rapid structural fabrication. In scenarios like disaster relief housing or multi-story commercial construction, Frank’s 15-meter radius and ability to print up to three stories tall make it the superior choice. Unlike a standard robotic arm, this system is designed for site-specific mobility and high-volume material extrusion. Select this robot if your deployment involves printing concrete walls or infrastructure directly on-site, as its specialized 0.166 m/s print speed and grid-power compatibility are optimized for heavy-duty outdoor construction environments.
Select the Universal Robots UR10e for high-precision manufacturing environments, such as electronics assembly or automotive machine tending. With a 12.5kg payload and 6 degrees of freedom, the UR10e excels in tasks requiring repetitive accuracy within a 1300mm reach. Choose this cobot for indoor factory floors where human-robot collaboration is essential, leveraging its URScript and ROS2 SDKs for complex path planning. It is the better investment for businesses automating pick-and-place or welding operations on a production line, where compact footprint and sub-millimeter precision are prioritized over the massive scale of structural 3D printing.
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