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Robot

Introducing
the Trilobot

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Your sidekick in the biology lab. It performs every physical task of your research with speed, precision, and reliability.

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Overview

Your entire lab,

in a 29-inch box

Each Trilobot fits on a standard lab bench and contains everything you need to automate your biology lab.
01

Robotic Arm

The Trilobot’s robotic arm executes a full range of biological tasks with speed and accuracy. It can extend outside the robot enclosure to interact with other devices.
The Trilobot’s robotic arm executes a full range of biological tasks with speed and accuracy. It can extend outside the robot enclosure to interact with other devices.
Robotic arm within the Trilobot lab automation system
02

Tool Changer

Our industry-first tool-changing system lets the Trilobot automatically swap tools in seconds. No coding, calibration, or manual setup required.
Our industry-first tool-changing system lets the Trilobot automatically swap tools in seconds. No coding, calibration, or manual setup required.
Tool-changing mechanism on the Trilobot robotic arm, showing automated tool swapping during lab workflows
03

Autocalibration

Biologists shouldn’t have to be roboticists too. The Trilobot calibrates itself, its labware, and even connected robots so you can focus entirely on your research.
Biologists shouldn’t have to be roboticists too. The Trilobot calibrates itself, its labware, and even connected robots so you can focus entirely on your research.
Trilobio robot performing automatic calibration to align tools and labware before execution
04

Intermodularity

Link multiple Trilobots to expand capacity and throughput. Trilobots automatically recognize each other, calibrate their connection, and can share materials across robots without custom integration.
Link multiple Trilobots to expand capacity and throughput. Trilobots automatically recognize each other, calibrate their connection, and can share materials across robots without custom integration.
Multiple Trilobots designed to connect and operate together
05

Deck System & HEPA Filter

Sixteen powered deck slots compatible with SBS/ANSI/SLAS labware. It’s ready for up to four plates each, tip boxes, heat blocks, cooling blocks, and other devices. Add a HEPA filter to create a sterile environment.
Sixteen powered deck slots compatible with SBS/ANSI/SLAS labware. It’s ready for up to four plates each, tip boxes, heat blocks, cooling blocks, and other devices. Add a HEPA filter to create a sterile environment.
Deck system on the Trilobot platform with labware positioned for automated handling and optional HEPA filtration.
06

Cameras & Monitoring

Built-in cameras on the arm and enclosure let you observe, record, and debug experiments from anywhere.
Built-in cameras on the arm and enclosure let you observe, record, and debug experiments from anywhere. Automatically generate rich visuals for your lab notebook.
Cameras integrated into the Trilobot system to support experiment monitoring and remote observation.

discover more

Overview
Robotic Arm
Tool Changer
Autocalibration
Intermodularity
Deck System
Cameras & Monitoring
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Robotic Arm

Fast, accurate & precise at every move

The Trilobot’s robotic arm executes a full range of biological tasks with speed and accuracy. It can extend outside the robot enclosure to interact with other devices.
01
Accesses all 16 deck slots and 8 different tools.
02
Highly precise and accurate. Supports 384-well plates.
03
Integrates seamlessly with other Trilobots or third-party systems.
Tool Changer

Eight lab devices in one

Our industry-first tool-changing system lets the Trilobot automatically swap tools in seconds. No coding, calibration, or manual setup required.
01
Holds up to 8 lab tools, for gripping, pipetting, tube opening, and more.
02
Seamlessly changes between the tools it needs during protocol execution.
03
Instantly recognizes and calibrates new tools without custom integration work.
Autocalibration

Fully self-calibrating platform

Biologists shouldn’t have to be roboticists too. The Trilobot calibrates itself, its labware, and even connected robots so you can focus entirely on your research.
01
Trilobots automatically calibrate the robot, labware, tools, and multi-robot connections.
02
Robot arm is able to calibrate plate well depth with pipette tips and its force sensor.
03
Autocalibration is accessed directly through the Trilobio OS no-code interface.
Intermodularity

Just snap and go to scale instantly

Link multiple Trilobots to expand capacity and throughput. Trilobots automatically recognize each other, calibrate their connection, and can share materials across robots without custom integration.
01
Each Trilobot can connect to up to four other Trilobots.
02
Connected Trilobots automatically calibrate each other’s positions to collaborate.
03
Trilobot fleets automatically scale throughput and parallelize workflows across Trilobots.
Deck System

A smart, modular deck for every experiment

Sixteen powered deck slots compatible with SBS/ANSI/SLAS labware. It’s ready for plates, tips, heat blocks, cooling blocks, and other devices. Add a HEPA filter to create a sterile environment.
01
Each deck slot can stack up to 4 SBS/ANSI/SLAS 96-well plates.
02
Each deck slot has a digital and electrical connection for Trilobio deck modules.
03
Simply add a HEPA filter on top of the robot and close its doors to create a sterile environment.
Cameras and Monitoring

See every action in real-time

Built-in cameras on the arm and enclosure let you observe, record, and debug experiments from anywhere. Automatically generate rich visuals for your lab notebook.
01
Arm camera records the tool attached to the robotic arm.
02
Two cameras on the enclosure record the deck, arm and tool racks.
03
Fully integrated with Trilobio OS to generate rich research documentation.

See how scientists are using Trilobio today

From calibration-free workflows to faster protocol design, data shows Trilobio consistently outperforms traditional lab automation systems.
See customers
Lorenzo D’Amico
CEO @ Triton Bio
“The Trilobot is far more capable than the competition and has the potential to offer true walk-away automation.”
Use case:
Microbiology
Triton Bio needs to scale up their bioprospecting with a scalable, cost-effective platform to automate manual processes
Results
01
Reduced manual research time by 25%.
02
Increased data production by 25%.
03
04
Aaron Leconte
Professor @ WM Keck Science Dept.
“This is the first low-cost automation system I could genuinely see giving over more of the experimental responsibility to”
Use case:
Genetic Engineering
Leconte Group needs cost-effective, reliable and no-code flexible automation for hit picking mutants for biomedicines.
Results
01
Increased data production by 2x
02
Eliminated human monitoring of protocol
03
04
Monica Schwartz
VP Antibody Discovery @ Abalone Bio
“Trilobio ensures that our cultures are moved to the correct well and that we pipette the correct volume every time”
Use case:
Synthetic Biology
Abalone Bio needs to accelerate data production for their AI-enabled antibody discovery platform targeting rare cancers
Results
01
Increased testing throughput by 33%
02
Improved consistency and accuracy
03
04
DESIGN
Execute
scale

Accelerate discovery with reliable, affordable automation

Say goodbye to calibration headaches and weeks of coding. Trilobio is built for biologists, not roboticists.
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Powerful, reliable lab
automation you can afford
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