Life Sciences / Laboratory Automation / Robotics / Liquid Handling

Life Sciences / Laboratory Automation / Robotics / Liquid Handling

SLAS Robotics and Liquid Handling Booth Planning

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San Diego

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CA

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US

🌆

San Diego Convention Center

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-

  • 📍

    San Diego

    ·

    CA

    ·

    US

  • 🌆

    San Diego Convention Center

  • 📅

    -

SLAS robotics and liquid handling booth with connected automation equipment
Robotic workstation exhibit with workflow display and visitor viewing area
Liquid handling demonstration booth with sample storage and result screen

SLAS Robotics and Liquid Handling Booth Planning

SLAS robotics and liquid handling booth with connected automation equipment
Robotic workstation exhibit with workflow display and visitor viewing area
Liquid handling demonstration booth with sample storage and result screen

SLAS Robotics and Liquid Handling Booth Planning

What Should Exhibitors Plan for a SLAS Robotics and Liquid Handling Booth?

A SLAS robotics and liquid handling booth should be planned around the equipment’s true working footprint—not just its listed dimensions. Loading points, operator access, robotic movement, visitor viewing, consumable storage, utilities, and result screens all need clear space. The layout should help visitors follow the automation workflow without entering the equipment’s operating area.

OVERVIEW

OVERVIEW

Robotics and liquid handling exhibitors often need to operate working systems on the show floor. A typical setup may combine an automated liquid handler, robotic transfer, sample preparation, labware, control software, and a visible result. The layout should protect the working side of the equipment while giving visitors a clear view of the automation workflow.

These equipment decisions sit within the broader SLAS International Conference booth planning requirements. When the priority is a newly launched system, SLAS New Product Showcase planning shifts the focus toward product messaging, proof of concept, visible evidence, and technical follow-up rather than the full connected workflow.

Equipment delivery, power, network access, cable paths, storage, and system testing should be resolved before production. These requirements also shape San Diego trade show booth rental planning, while a 20x20 booth layout can separate equipment operation, visitor viewing, storage, and technical discussions within one island footprint.

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Choosing a Booth Size for Robotics and Liquid Handling at SLAS

Choosing a Booth Size for Robotics and Liquid Handling at SLAS

The right footprint depends on the workstation size, the number of connected systems, and whether visitors watch from the aisle or enter the exhibit.

10x20 — One Compact Liquid Handling System

10x20 — One Compact Liquid Handling System

A 10x20 booth layout can support one compact liquid handler or sample preparation station with operating access, a result screen, nearby storage, and a small discussion point.

20x30 — Multiple Stations and Meetings

20x30 — Multiple Stations and Meetings

A 20x30 booth layout works well for connected robotics, liquid handling, sample preparation, software results, larger storage, and a separate meeting area.

20x20 — One Connected Automation Setup

20x20 — One Connected Automation Setup

A 20x20 booth provides room for equipment operation, visitor viewing, workflow graphics, result screens, concealed storage, and technical conversations.

30x40 — Integrated Automation Workcell

30x40 — Integrated Automation Workcell

A 30x40 booth can accommodate several systems, wider service access, multiple viewing positions, overhead identification, and private technical meetings.

Following the Workflow From Sample to Result

Following the Workflow From Sample to Result

How to Run a Robotics and Liquid Handling Demo at SLAS explains how equipment operation, staff guidance, visitor viewing, workflow handoffs, and result screens can stay connected throughout a live demonstration.

Display Needs for Robotics and Liquid Handling at SLAS

Display Needs for Robotics and Liquid Handling at SLAS

The booth should let visitors follow the automation workflow without stepping into the equipment’s operating area.

Protect the Working Side

Protect the Working Side

Keep robotic movement, consumable loading, service access, and operator positions clear of the main visitor path.

Make Each Handoff Easy to Follow

Make Each Handoff Easy to Follow

Use concise labels or workflow graphics to show where samples, plates, or labware move from one system to the next.

Keep Results Close to the Process

Keep Results Close to the Process

Place software status, imaging output, or analytical results beside the related equipment so visitors can connect the action with the outcome.

Store Consumables Where Staff Need Them

Store Consumables Where Staff Need Them

Keep tips, tubes, plates, spare parts, and cleaning supplies within reach of the workstation but away from open counters and display surfaces.

Event Facts

Event Facts

Robotics and Liquid Handling at SLAS

Robotics and Liquid Handling at SLAS

Exhibitors present robotic workstations, automated liquid handlers, sample preparation systems, labware transfer, and connected laboratory software.

SLAS2027 in San Diego

SLAS2027 in San Diego

SLAS2027 takes place January 30–February 3 at the San Diego Convention Center, bringing laboratory automation suppliers and technical teams together in one event.

Scientists, Engineers, and Automation Buyers

Scientists, Engineers, and Automation Buyers

Attendees include scientists, laboratory automation users, engineers, sample managers, system integrators, business leaders, and technology buyers.

Not Sure Which Booth Size You Need?

Not every exhibitor knows whether a 10x20, 20x20, 20x30, or larger booth is the right fit. Circle Exhibit can help review your event goals, product display needs, demo areas, meeting space, storage, budget scope, and setup timeline before you choose a booth size.

Exhibiting Challenges

Exhibiting Challenges

Equipment Needs More Than Its Listed Footprint

Equipment Needs More Than Its Listed Footprint

Machine dimensions rarely include service panels, loading points, cable connections, operator clearance, or the nearby storage needed during a working demonstration.

Machine dimensions rarely include service panels, loading points, cable connections, operator clearance, or the nearby storage needed during a working demonstration.

Robotic Motion Is Hard to Interpret

Visitors may see the system moving without understanding what is being transferred, where the cycle begins, or why the action matters.

Visitors may see the system moving without understanding what is being transferred, where the cycle begins, or why the action matters.

Liquid Handling Is Difficult to See

Pipetting, dispensing, and plate movement often happen below eye level, making the process hard to follow from the aisle.

Pipetting, dispensing, and plate movement often happen below eye level, making the process hard to follow from the aisle.

The Best Viewing Position Blocks Staff Access

The Best Viewing Position Blocks Staff Access

Crowds tend to gather near the loading or control side, reducing operator access and slowing the demonstration.

Crowds tend to gather near the loading or control side, reducing operator access and slowing the demonstration.

Labware Takes Over the Display Area

Labware Takes Over the Display Area

Plates, tubes, pipette tips, racks, spare parts, and cleaning supplies need nearby storage without filling counters or open display surfaces.

Plates, tubes, pipette tips, racks, spare parts, and cleaning supplies need nearby storage without filling counters or open display surfaces.

The Workflow Feels Fragmented

The Workflow Feels Fragmented

Visitors may understand each machine separately but miss the connection between liquid handling, robotic transfer, detection or imaging, and laboratory software results.

Visitors may understand each machine separately but miss the connection between liquid handling, robotic transfer, detection or imaging, and laboratory software results.

Preparation Steps

Preparation Steps

1

Measure the Full Working Footprint

Record equipment dimensions, loading points, service access, robotic movement areas, utility connections, and staff clearance before finalizing the layout.

Record equipment dimensions, loading points, service access, robotic movement areas, utility connections, and staff clearance before finalizing the layout.

2

Define the Workflow Visitors Should Follow

Define the Workflow Visitors Should Follow

Identify the starting point, the key automation handoffs, and the result visitors should be able to see from outside the operating area.

Identify the starting point, the key automation handoffs, and the result visitors should be able to see from outside the operating area.

3

Separate Operation From Viewing

Separate Operation From Viewing

Give staff a clear working side and visitors a viewing position that does not interfere with loading, servicing, circulation, or technical discussions.

Give staff a clear working side and visitors a viewing position that does not interfere with loading, servicing, circulation, or technical discussions.

4

Test the Complete Exhibit Setup

Test the Complete Exhibit Setup

Test the equipment, laboratory software, screens, utilities, visitor visibility, and staff presentation together before shipping.

Test the equipment, laboratory software, screens, utilities, visitor visibility, and staff presentation together before shipping.

Rental, Custom, or Hybrid Planning for Automation Equipment

Rental, Custom, or Hybrid Planning for Automation Equipment

Rental Booth for One Compact Workstation

Suitable when one liquid handler or small robotic system can operate within a flexible structure with a screen, storage, and a discussion area.

Custom Build for an Integrated Automation Cell

Better suited to several connected systems, specialized equipment support, wider service access, controlled viewing positions, and repeated use.

Hybrid Booth for Reusable Structure and Equipment Integration

Combines reusable exhibit architecture with equipment-specific counters, utility planning, workflow graphics, storage, and event-specific elements.

San Diego Show-Site Execution Notes

San Diego Show-Site Execution Notes

Staged Move-In

Staged Move-In

Coordinate freight, labor, and equipment delivery with the assigned move-in window, especially for larger exhibits receiving earlier setup access.

Plan Cable Routes Early

Plan Cable Routes Early

SLAS island booths do not allow raised flooring, so power, network, and equipment cables need clear routes before setup begins.

Install Equipment First

Install Equipment First

Position and connect robotic workstations and liquid handling systems before adding counters, graphics, screens, furniture, and loose display materials.

Run a Final System Check

Run a Final System Check

Before opening, test the connected equipment, laboratory software, result screens, utilities, consumable access, and staff presentation.

Plan a Robotics and Liquid Handling Booth in San Diego

Plan operating access, visitor viewing, utility routes, result screens, storage, and technical discussions around the robotic workstation or liquid handling system.

Frequently Asked Questions

Frequently Asked Questions

Frequently Asked Questions

What should a SLAS robotics and liquid handling booth include?

The booth should include the equipment, a clear operating side, visitor viewing, workflow explanation, result display, consumable storage, and room for technical conversations.

What booth size works for robotics and liquid handling equipment?

Should operators and visitors use different sides of the booth?

How can liquid handling actions be made easier to see?

What should be tested before the SLAS exhibition opens?

READY TO PLAN YOUR NEXT BOOTH?

Let’s Build a Booth That Fits Your Event

Share your event name, booth size, city, timeline, product display needs, and design references. Circle Exhibit will review your project direction and help you choose a rental-friendly or custom exhibit path.

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SLAS2027 International Conference & Exhibition logo
SLAS Robotics & Liquid Handling

SLAS Robotics and Liquid Handling Booth Planning

Event Time

-

Venue

San Diego Convention Center

Organizer

Society for Laboratory Automation and Screening (SLAS)

Exhibitor Scale

SLAS product-category planning page for robotics, motion control, liquid handling, sample preparation, labware transfer, and connected automation systems.

Audience Type

Scientists, laboratory automation users, engineers, sample managers, system integrators, technology buyers, and equipment product teams.

Typical Booth Size

10x20, 20x20, 20x30, and 30x40 layouts for compact liquid handlers, connected automation, multiple stations, storage, and technical discussions.

Related Case Studies

Related Case Studies

Related Case Studies