Spaero builds software that bridges what lab robots can do — with what you need them to do

Quickly launch and iterate on modern scientific workflows using the liquid handlers already in your lab.

Shortening Protocol Design from 6 hours to 10 minutes with Spaero. Read the story

Today’s tooling can’t automate complex protocols fast enough, slowing down experimental cycle times and thus the capacity and speed of R&D teams.

Spaero makes liquid handlers work for the modern lab.

Talks to robots at the
firmware layer

Fits into modern
scientific workflows

Enables fast iteration
and debugging

Handle Complex Protocols

Spaero rapidly automates complex protocols so you can validate and run in days not weeks.

R&D teams can create, run, validate, and modify methods in days - not weeks
Automation engineers can focus on the highest impact and most difficult problems

Spaero can create a Magnetic Bead Purification protocol in under 10 minutes →

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Cut Time to Automate

Spaero makes protocol design fast and flexible - even for highly complex protocols.

Accelerating data generation speeds the pace of R&D
Data seamlessly supports work downstream

Spaero can create a Normalization protocol so it is ready to run in under 5 minutes →

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Interested in seeing a live demo on your robot?

Schedule a chat to discuss a site visit.

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Customer Success with Spaero

SUCCESS STORY: VELOCITY

Shortening Protocol Design Time from 6 Hours to 10 Minutes

The Company: AI drug discovery company specializing in AI-scaled DNA libraries for small molecule synthesis

Before Spaero: Dedicated 6 hours per week building protocols with OEM liquid handling software, which required 100s of lines of code

After Spaero: They now design the same protocols in just 10 minutes - achieving a 50x faster development time.

Read the Case Study

SUCCESS STORY: COMPLEXITY

Successfully Automating DNA Miniprep and EtOH Crash Methods

The Company: Precision-medicine biotech organization that executes a wide variety of Omics-based experiments

Before Spaero: Spent significant time translating methods to liquid handlers and debugging experiments, hampering time to value for the team

After Spaero: They now design the same DNA Miniprep and EtOH Crash Methods in minutes, reducing the time footprint for liquid handler method translation by weeks