Verne Robotics builds bimanual robot arms that learn new tasks in hours instead of weeks. Their flagship product, Nemo3, handles objects within a 2.5-foot radius and supports payloads up to 4 pounds. What makes them different is the speed of deployment.

Traditional robot arms need months of custom engineering and weeks of downtime for new tasks. Verne's robots use AI to break down 30 minutes of demonstration data into skills, then learn each one through diffusion models. This means companies can get automation running fast without massive upfront costs.

Key features include:

⚡ Rapid learning from just 30 minutes of demonstration data

🤖 Bimanual operation for complex manipulation tasks

🎯 2.5-foot working radius with 4-pound payload capacity

🔧 Flexible mounting options for various environments

📦 Excels at delicate packaging and assembly work

💰 Pay-by-the-hour pricing model instead of large upfront costs

🚀 4-day deployment from unpacking to production-ready

One customer got their robot deployed in just 4 days, from unpacking to automating vial packing tasks. The robots excel at delicate work like packaging chemical vials for biotech companies, handling fragile manufacturing items, and repetitive assembly tasks.

Instead of buying expensive equipment outright, companies can pay by the hour for robotic work. This removes the capital expense barrier and lets businesses scale automation up or down based on demand. Verne already has production deployments with biotech companies.