Lab Automation Example

Robotic Vial Handling System for Parallel Experiments

A 3-axis robot that moves vials between temperature-controlled plates for up to 16 simultaneous experiments.

Sciotex built a 3-axis robotic system that picks up and relocates vials between hot and cold plates at an experimental station with 1,280 vial positions. Up to 16 independent experiments run simultaneously, each with user-created plate temperature profiles and pick profiles of up to 40 vials.

Designed, Built and Supported in the United States since 1997

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3-axis robot

Pick and place

1,280 positions

High-capacity station

16 experiments

Run in parallel

Hot and cold plates

Temperature profiles

Example Overview

Automating Thermal Experiments with Robotics

Why automate vial handling?

Experiments that cycle samples between temperatures, such as stability, crystallization or reaction studies, need vials moved at exact times, often around the clock. Done by hand, timing drifts and running many experiments at once is impractical.

This system schedules the moves for up to 16 independent experiments, each with its own plate temperature profile and vial pick profile. The robot works through all 1,280 positions on time, so researchers get many parallel, repeatable experiments from one station.

Robotic vial handling system
Robotic vial control system · built by Sciotex

At a glance

Robot
3-axis pick and place
Capacity
1,280 vial positions
Parallel runs
Up to 16 independent experiments
Temperature
User-created hot and cold plate profiles
Pick profiles
Up to 40 vials per profile

Trusted by engineering and quality teams at

Lockheed Martin
L3Harris
Medtronic
NVIDIA
Raytheon
Procter & Gamble

How It Works

How the Robotic Vial System Works

Scheduling across experiments is the hard part; the software keeps every move on time.

1Define experiments

Up to 16, each independent.

2Set temperatures

Hot and cold plate profiles.

3Set pick profiles

Up to 40 vials per profile.

4Run

The robot moves vials on schedule.

5Record

Moves and temperatures are logged.

What the System Does

Automation Built for Parallel Research

One robot, many experiments, each running to its own schedule.

Parallel experiments

Up to 16 running at once.

On-time moves

Transfers happen exactly when scheduled.

Thermal profiles

Plate temperatures programmed per experiment.

High capacity

1,280 vial positions.

Hardware and Software

System Capabilities

See laboratory automation software for how lab robots and instruments are integrated.

Robot3-axis
Positions1,280 vials
ExperimentsUp to 16 simultaneously
PlatesHot and cold, user-created temperature profiles
Pick profilesUser-defined, up to 40 vials each

Related lab automation

Other Sciotex lab automation systems include:

  • Wellplate imaging with automatic re-imaging
  • Infrared reaction monitoring in well plates
  • Microscope stage and sample automation

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Additional Resources

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