Software

Software that thinks
like a biologist

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Trilobio OS makes lab automation as intuitive as designing an experiment in your lab notebook. No code, no tedious work, no headaches.

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User interface showing lab protocol steps and a color-coded 96-well plate layout for assay optimization and qPCR preparation.
Overview

Your research control center

Trilobio OS connects every Trilobot, tool and labware into a single, intelligent environment. Plan, execute, document, and manage your lab automation with ease.
01

Protocol designer

Build and modify protocols just like writing in a lab notebook. Add biology-level steps, drag to reorder, and let Trilobio OS handle the details.
Build and modify protocols just like writing in a lab notebook. Add biology-level steps, drag to reorder, and let Trilobio OS handle the details.
KAPA qPCR protocol interface showing steps for adding samples, making library dilutions, merging controls, variable settings, combining reagents, mixing samples, serial dilutions, and transfer parameters.
02

Automatic sample layout

Trilobio algorithms automatically determine where every sample, plate and reagent belongs. Eliminate all the tedious work of lab automation.
Trilobio algorithms automatically determine where every sample, plate and reagent belongs. Eliminate all the tedious work of lab automation.
User interface of KAPA qPCR software showing a running protocol on Trilobot 1 with controls, slot assignments, and a color-coded Corning Costar 96 well plate layout.
03

Custom pipetting & labware

Precise control over liquid handling and labware, from aspiration rate, to pipette tip location and plate dimensions.
Precise control over liquid handling and labware, from aspiration rate, to pipette tip location and plate dimensions.
User interface for creating custom pipetting parameters showing volume, Z pos, Y pos, X pos charts for Well A and Well B, with editable table steps and pipette visual.
04

LIMS & fleet management

Monitor your fleet and track all tools, materials and consumables.
Monitor your fleet and track all tools, materials and consumables.
User interface showing status and controls for four Trilobot units with different states: Trilobot 1 running with pause and e-stop buttons; Trilobot 2 idle with e-stop, joints control, and auto calibration options; Trilobot 3 e-stopped with start and reset e-stop buttons; Trilobot 4 paused with play and e-stop buttons, each listing slot assignments and lights toggle.

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A New Way to Perform Biology

Faster, smarter, and more intuitive lab automation

Other lab automation requires coding, tedious design, and troubleshooting. Trilobio OS eliminates all three, delivering unmatched speed, flexibility, and reliability.
feature

Protocol Design

Protocol Modification

Sample Layout

Error Checking

Scalability

Throughput

Reproducibility

Traditional Automation

Protocol Design

Machine-level

Protocol Modification

Rigid workflows

Sample Layout

Manual mapping

Error Checking

Wait and see

Scalability

Bespoke integrations

Throughput

Executes only one protocol

Reproducibility

Not transferrable

Trilobio OS

Protocol Design

Biology-level

Protocol Modification

Easily customized

Sample Layout

Fully automated

Error Checking

Digital twin simulation

Scalability

Plug & Play

Throughput

Parallelize multiple protocols

Reproducibility

100% Reproducible

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Protocol design

Design experiments naturally

Build and modify research protocols just like writing in a lab notebook. Just add biology-level steps, drag to reorder, and let Trilobio OS handle the details.
01
Drag-and-drop biology-level steps like combine, serial dilute, aliquot, and more.
02
Add biological parameters to an experiment. Changes are pulled through the entire protocol instantly, saving weeks of time.
03
Real-time error checking and visual previews ensure error-free experiments.
04
Open API access for those who want even deeper control or broader lab device integration.
Screenshot of KAPA qPCR protocol showing steps 15 to 23 with instructions for adding samples, making dilutions, merging controls, setting variables, combining liquids, mixing samples, serial diluting libraries, and creating serial dilutions using specified volumes and parameters.
Automatic layout

Automatic layout, perfect every time

Trilobio algorithms automatically determine where every sample, plate and reagent belongs. Eliminate all the tedious work of lab automation.
01
Algorithms decide optimal layout of samples in available plasticware.
02
Adapts to different labware, volumes, throughputs, parameters, and other protocol changes automatically.
03
Eliminates hundreds of machine-level steps and days of work designing complex protocols.
04
Supports manual overrides of automatic layout to meet unique requirements.
Digital interface showing serial dilution assay optimization with three steps and a Corning Costar 96 well plate visualization using colored dots.
Custom Pipetting & Labware

Precision pipetting, custom labware

Precise control over liquid handling and labware, from aspiration rate, to pipette tip location and plate dimensions.
01
Set pipetting parameters like tip location, movement speed, aspiration & dispense rates.
02
Built-in simulator previews pipetting sequence and checks for errors with any labware of your choice.
03
Support your research needs by specifying the exact dimensions of custom labware with autocalibration support.
04
Store pipetting and labware profiles for future use.
User interface showing pipetting parameters with graphs for volume, Z, Y, and X positions in Well A and Well B, and a form to create custom pipetting steps.
Fleet Management & LIMS

Manage your fleet with ease

Monitor your fleet and track all tools, materials and consumables.
01
Real-time Trilobio fleet status and research execution tracking.
02
Add, remove, or modify robots and tools instantly.
03
Guided setup of plasticware, samples, and reagents on the Trilobot deck.
04
Centralized controls like pause, e-stop, and robotic arm movement.
Dashboard showing status and controls of four Trilobot units with running, idle, e-stopped, and paused states and various pipette and gripper slots.

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 @ W.M. Keck Science Department
“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 of 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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