Some say that the pinnacle of robotics is the humanoid form. But the true potential of robotics lies in transcending this assumption, and achieving super-human performance. It turns out that such a robotic system does not "just" have one arm, or two, but FOUR - and that’s not

So many biotech companies reach out to us and ask “can you help us scale with automation?”. If you are an early-stage innovator, so far our answer has usually been “sorry, we’d love to help, but need to prioritize the industry leaders”. UNTIL NOW. The Multiply Labs team is very

New Pre-Print! biorxiv.org/content/10.110… In our latest pre-print, “Robotic performance is comparable to human operators for cell-therapy manufacturing tasks,” we presented a side-by-side comparison of robotic and manual execution of the most precise cell-therapy steps—fluid draws,

In Riyadh now, hosted by the highest level of leaders at the #SaudiUSForum2025 w SFDA & health systems in the country to export & share the missing link to Middle East & rest of the world. A paradigm change in cancer begins with unleashing the cancer #bioshield Donald J. Trump

Sneak peek of our new robotic cluster in action: 2-axis rail, double the reach, and a new ‘backpack’ for our arms to store consumables as they operate off-the-shelf lab equipment from manufacturers you know and trust! #robotics #biomanufacturing

It was a pleasure to speak with David Shaw and Carl Dargitz on Cell and Gene Therapy Insights! Article here: insights.bio/cell-and-gene-… Scaling next-gen therapy manufacturing isn't just about increasing throughput - it’s also about enhancing quality, repeatability, and

As we scaled the throughput of our robotic systems at Multiply Labs, we realized that wherever there are humans performing repetitive tasks, that always eventually becomes the bottleneck. Watch our engineering journey below in our first ever "Lab Notes" style video!

When creating a fundamentally new technology from scratch, even a month feels like an eternity. So when we look back on our Y Combinator beginnings a few years ago, it feels like many eternities have passed! At the beginning (see the first picture below), we were a small team of

How can robots be taught to perform the same tasks as expert human scientists? After the first episode generated a lot of interesting conversations, here is Episode 2 of Multiply Labs Notes, where we dive into how we automate unit operations - the smallest building blocks of

Humanoids are really ready to be deployed to the cutting edge of manufacturing. Cell Mates E2: The Unitree Episode is finally live, with guest Tony Yang, Director of North American Markets from Unitree ! Different types of robots are uniquely suited for different

This looks like it’s a science fiction animation, but it’s actually a real-life video of our latest generation robotic systems from Multiply Labs (watch the end of the video to see the proof)! Seriously though, extreme parallelism is one of the (many) areas where robotic systems

This week on Multiply Labs Lab Notes (Episode 3!), we dive into multi-arm parallelism. Success in highly complex, regulated, and time-consuming process automation often comes down to parallelism and effective use of space. To push robotic manufacturing density to its limits, we

I believe the future of biomanufacturing is completely autonomous, including robots loading other robots! Next Tuesday, we’re excited to share a closer look at a project combining humanoids, VR headsets, and next-gen biological therapies. Can you guess where this is going?

Multiply Labs is transforming cell & gene therapy with UR cobots 🚀 ✅ 74% cost reduction ✅ 100x more patient doses per sq. ft. ✅ Higher sterility + quality UR’s precision + cleanroom compatibility made it possible. Read the case study 👉 urrobots.com/iUk