About
Trilobio is an end-to-end lab automation platform built for biologists who want reliable, scalable, and affordable automation without the traditional barriers of high cost, complex setup, or rigid integrations. At the core of the platform is the Trilobot — a modular robotic arm with 16 deck slots (stackable up to four plates each), auto-calibration for plasticware and tools, and the ability to swap between eight different lab tools including pipettes and grippers. Multiple Trilobots can be snapped together to instantly scale capacity, and they can interface natively with third-party lab equipment. Trilobio OS serves as the brain of the operation, enabling scientists to design biology-level protocols with automatic sample layout, custom pipetting parameters, and built-in error checking — all without writing a single line of code. It also provides fleet management and LIMS capabilities for larger lab operations. The open hardware and software ecosystem allows partners and developers to build their own tools and workflows on top of the Trilobio platform. Protocols designed on one Trilobio fleet can be executed on any other, regardless of configuration, making collaboration and scaling effortless. Trilobio is ideal for academic research labs, biotech startups, and pharmaceutical companies looking to improve reproducibility, eliminate manual errors, and run self-driving lab experiments — all at a price point that doesn't require an enterprise-scale budget.
Key Features
- Modular Trilobot Robots: Trilobots feature 16 deck slots (stackable up to four plates each), auto-calibration, and the ability to swap between eight different lab tools — all without manual setup.
- No-Code Protocol Design via Trilobio OS: Design and execute complex biology-level protocols as easily as writing in a lab notebook, with automatic sample layout, error checking, and custom pipetting parameters — no coding required.
- Instant Scalability: Expand lab capacity on demand by snapping multiple Trilobots together or adding new tools — no integration work or reconfiguration needed.
- Open Ecosystem & Third-Party Integration: Trilobio's open hardware and software architecture lets developers and partners build on the platform and seamlessly interface with external lab equipment.
- Fleet Management & LIMS: Built-in fleet management and Laboratory Information Management System (LIMS) capabilities support larger lab operations and multi-robot coordination.
Use Cases
- Academic research labs automating repetitive liquid handling and sample preparation workflows to improve reproducibility and free up researcher time.
- Biotech startups running high-throughput screening experiments without needing to invest in large, costly robotic platforms.
- Pharmaceutical labs scaling up protocol execution by deploying multiple Trilobots in a fleet to parallelize biology experiments.
- Self-driving lab initiatives where automated protocol execution and LIMS integration enable closed-loop, AI-guided experimentation.
- Lab developers and hardware partners building custom tools and integrations on top of Trilobio's open ecosystem to extend platform capabilities.
Pros
- Accessible Pricing: Trilobio brings advanced lab automation to labs that previously couldn't afford enterprise-grade robotic systems, lowering the barrier for biotech startups and academic groups.
- No Coding Required: Trilobio OS abstracts hardware complexity, allowing biologists — not engineers — to design and run sophisticated automated protocols.
- Highly Modular & Scalable: The snap-together robot design and interchangeable tools make it easy to grow automation capacity incrementally without expensive re-integration.
- Open Developer Ecosystem: Partners and developers can extend the platform with custom hardware and software, enabling a growing library of capabilities beyond the base system.
Cons
- Hardware Dependency: The platform requires purchasing physical Trilobot hardware, which may still represent a significant upfront investment for very small labs or early-stage projects.
- Limited Public Pricing Information: Pricing is not publicly listed — labs must book a demo to get a quote, making it harder to evaluate fit without a sales conversation.
- Early-Stage Ecosystem: As a newer platform, the third-party developer and partner ecosystem is still growing, so integration options may be more limited compared to established automation incumbents.
Frequently Asked Questions
What is Trilobio and who is it for?
Trilobio is a full-stack lab automation platform for biologists. It includes modular robots (Trilobots), interchangeable tools, and a no-code operating system (Trilobio OS). It's designed for academic labs, biotech startups, and pharmaceutical companies that want reproducible, scalable automation without prohibitive cost.
Do I need to know how to code to use Trilobio?
No. Trilobio OS is designed so biologists can design and execute protocols without any coding. The interface works at a 'biology level,' letting you describe steps the same way you would write in a lab notebook.
How does scaling work with Trilobio?
You can snap multiple Trilobots together to expand capacity on demand. New robots auto-integrate with your existing setup, and protocols can be executed across any fleet configuration without reconfiguration.
Can Trilobio integrate with existing lab equipment?
Yes. Trilobio's open hardware and software architecture supports interfacing with third-party lab machines. The platform is designed to connect with external equipment and supports partner-developed integrations through its ecosystem.
What is the pricing for Trilobio?
Trilobio does not publicly list pricing. Interested labs are invited to book a demo to discuss their specific needs and get a tailored quote.
