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The Fully Integrated Lab Automation Platform

Hardware, software and expert support that empowers automation teams to build data powerhouses

Enabling automation teams to...

Workflow diagram showing steps with nodes labeled Lysate1 and Assay1 connected by lines, including equipment names Peel Xpeel, Add Liquid Handler, and Seal Plateloc.

Workflow Canvas

Design complex experiments with ease. LINQ’s node-based Workflow Canvas makes workflow building simple for all experience levels — no coding required.

Code snippet in Visual Studio Code showing Python script defining an HTTP POST task to send a barcode in a post request with specified inputs and dependencies.

Python SDK

Control every step with LINQ's Python SDK — from setup to simulation on a digital workcell. Code, customize, and integrate with ease.

Screenshot of LINQ Run Manager interface showing a workflow with controls for start, pause, stop, and reset, a timeline with tasks like transport and kbio_sealer across samples such as Black_QC_Plate, Brown_PCR_Microplate, Blue_PCR_Microplate, and Red_Tip_Rack.

Run Manager

LINQ’s Run Manager streamlines workflows with real-time tracking, instant alerts, and remote access—letting you monitor, manage, and automate from anywhere.

Screenshot of LINQ Canvas Workflows interface showing a workflow named Example Workflow with task options like dispense, dispose, incubate, peel, and read, highlighting lysate steps connected in the workflow diagram.

Concurrent workflow execution and creation

LINQ’s cloud platform enables teams to build and test workflows as workcells process samples—driving efficiency. With remote access, tags, and runtime instructions, streamline collaboration and simplifiy handovers.

Code snippet defining a Python function get_latest_scheduler_version that returns the latest supported scheduler version, with explanation comments, displayed in a dark-themed code editor.

Deep version control

Select specfic engine and driver versions per workflow, sync with GitHub, and run legacy versions on the latest platform—ensuring updates without disruption or downtime.

User details editing popup showing fields for username Adam, email, employee ID, and permission levels with a dropdown set to 'Can Edit'.

Simplified collaboration

LINQ’s secure, browser-based access means teams can monitor and manage workflows from anywhere—streamlining remote collaboration and oversight.

Python code snippet defining a CodeTask class with attributes id, description, dependencies, function, and inputs written in a code editor.

Open integration

LINQ enables custom code steps for seamless integration with external systems via REST API, supporting in-workflow data processing and transformation. Integrating with a lab’s software stack, enabling advanced customization and lab-specific tools.

Minimalist modular bench system with white surfaces, black supports, and pink rectangular blocks arranged on and behind the bench against a light background.

Configurable lab bench that supports any instrument

LINQ Bench can support any instrument and fit into any space with flexible, high-density configurations. Its dual-access design enables robot and staff access from either side, while Bridge and Maglev transport options optimize workflow with seamless connections and high-speed transfers.

File explorer in a code editor showing files including sagemakerConfig.yaml and workcell.py highlighted.

Built for AI

LINQ integrates with your lab’s software, data, and AI systems, supporting custom tools and tailored workflows. It powers automated run management with real-time error handling and feeds rich, contextualized data into any system—laying the groundwork for fully automated, lights-off wet labs.

Four modular platform stages increasing in height from left to right, with the tallest stage featuring two elevated shelves supported by black vertical frames.

Built for scale

LINQ breaks free from rigid systems with adaptable workflows, seamless AI integration, and space-smart design—empowering labs to grow without limits.

A simple, customizable and future-proof way to automate wet labs

01
Build your workcell

3D isometric icon of a bench with a bar chart on a dark rectangle standing on a white platform.

02
Create your workflow

Isometric illustration of two blue panels, one showing a code window with </> symbols and the other showing a workflow flowchart icon.

03
Manage your run

Isometric pink play button icon on a white diamond-shaped platform.

04
Automatically upload data

Isometric illustration of greenish-yellow folder with two binary code documents inside on a white surface.

Trusted by our partners

Your lab's throughput multiplier

"Thanks to Automata's innovative robotic thecnology, this UK-first clinical diagnostics installation will transform genomic testing at The Royal Marsden by streamlining our processes, substantially increasing our capacity without compromising accuracy."
Portrait of a middle-aged man in a white lab coat with a blurred laboratory background.
Professor Michael Hubank
Scientific Director of Clinical Genomics at The Royal Marsden NHS Foundation Trust

Your lab's time machine

"The major benefit of our walkaway workflows is the ability to prepare samples and generate data rapidly, accelerating the pace of discoveries at The Crick."
Portrait of a man with short dark hair wearing a white collared shirt and dark sweater, smiling softly against a neutral background.
Jerome Nicod
Head of the Advanced Sequencing Facility at TheFrancis Crick Institute

3x

Increase in throughput in the same space

95.25%

Reduction in manual interactions

5x

Increase in throughput, from 50-250 plates a day

Book a meeting

Scale accurate data generation in your lab with intuitive workflow creation and data management.
Talk with our Automation experts for a personalised walkthrough of LINQ.
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