Covariant RFM-1 Pick CellvsUniversity of Virginia, Harvard University Tunabot Flex
Covariant RFM-1 Pick Cell ãš University of Virginia, Harvard University Tunabot Flex ã䞊ã¹ãŠæ¯èŒ:ä»æ§ãäŸ¡æ ŒãçšéãSDKã
Covariant
RFM-1 Pick Cell
Foundation-model piece-picking (now Amazon Robotics)
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University of Virginia, Harvard University
Tunabot Flex
A bio-inspired robotic fish mimicking tuna for high-speed, efficient underwater locomotion and research.
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| é ç® | RFM-1 Pick Cell | Tunabot Flex |
|---|---|---|
| äŸ¡æ Œ (USD) | èŠç©ãããäŸé Œ | èŠç©ãããäŸé Œ |
| ã«ããŽãª | industrial | industrial |
| ãã€ããŒã | 5 kg | null kg |
| 皌åæé | â | 6.25 h |
| é床 | â | 1.173 m/s |
| éé | 200 kg | 0.19 kg |
| ãªãŒã | 850mm | â |
| èªç±åºŠ | 6 | 4 |
| ããããªãŒ | â | 10 Wh |
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±éã®çšé
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±éã®çšéã¯ãããŸãã
éå®: RFM-1 Pick Cell
- Variable-SKU piece picking
- Pharmacy dispensing
- Returns kitting
- Apparel piece picking
éå®: Tunabot Flex
- Underwater surveillance
- Environmental monitoring
- Defense applications
- Research into fish locomotion
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