BIOROBOTIXRESEARCH AUTOMATION

Next generation research tools

Accelerating
research
through
automation

Advanced robotics solutions designed to revolutionize scientific research. Precision, speed, and reliability engineered for the laboratory of tomorrow.

10XFaster processing
99.9%Precision rate
24/7Operation
Automated sample handling • bench simulationOpen full simulation →

Core technology

Precision engineered solutions

01

Automated pipetting

Sub-microliter precision liquid handling with contamination-free protocols. Increase throughput while eliminating human error.

02

Sample preparation

Standardized sample processing with reproducible results. From cell culture to molecular analysis, automated end-to-end.

03

Data integration

Real-time data capture and analysis integration. Seamless workflow from experiment to insight.

The labs

Built for the bench you already have

Research labs

Plates between instruments

An arm on a rail carries plates between the liquid handler, shaker, plate reader and fridge, and a gripper works a pipette for small-volume transfers. The instruments stay as they are.

  • Serial dilutions and plate prep
  • Kinetic reads on a schedule, overnight included
  • Every plate tracked through the protocol
Clinical labs

The work around the analyzer

Receiving, sorting, centrifuging, loading, archiving: the hands-on steps on both sides of the analyzer. The bench simulation above runs one tube through all of them.

  • Unbag, inspect and check tubes into the LIS
  • Sort, spin, aliquot and load analyzer racks
  • Unload, recap and archive at 4°C

In action

Precision in motion

Liquid handling

Seamless transfer of samples from one machine to another with precision and reliability. Automated liquid handling ensures contamination-free protocols and consistent results.

Precision accuracy

Working with small samples requires exceptional precision. Our systems deliver sub-microliter accuracy, enabling research with minimal sample volumes.

Connecting machinery and equipment

One arm on a rail links the liquid handlers, shakers, plate reader and fridge into a single run. The software plans every hand-off, follows each plate through the protocol, and shows the live bench beside the plan.

The market, in numbers

The hands-on work is where the errors start and the hours go

46–68%

of laboratory errors happen before testing ever starts: the wrong tube, a specimen never logged, a sample handled two different ways.

Published error-distribution literature
$190–225k

a year to keep one bench position staffed around the clock, for work that is mostly moving, racking, splitting and filing.

BLS wage data, fully loaded
7–11%

of lab positions sit vacant, higher in some regions. The night shift is the hardest seat to fill.

Laboratory workforce vacancy data

The instruments are automated. The work between them is not, and it is staffed around the clock by the roles that are hardest to fill.

See it on your workflow

Hand the bench to the robot

Tell us which bench work takes your hours, and we'll show you how it runs.