search Search
Get in Touch
Nucleus Automation Infrastructure

Automated Modular Base Platforms

Affix ACell or ZCell collaborative robotic arms on base platforms like stationary rails and pods to unite your automated workflow. This centralized and modular automation platform expands as your needs evolve.

Essential Overview

Stationary Rail Mount add remove

Accessible and Expandable

Rail mounts extend the working envelope so that you can integrate additional devices at any time and maintain an agile laboratory. Each rail system is scalable with the option to combine or add additional rails at any time.

Stationary Pod Mount add remove

Centralized Workflow Efficiency

Stationary pods integrate with docked devices such as the SteriStore or devices mounted on dockable carts or fixed tables for walkaway processing tenacity.

Cellario Control add remove

Effortless Management

Power base modules through Cellario whole lab workflow automation software. In addition to smooth workflow scheduling and walkaway convenience, full Cellario control ensures that all devices in your network are optimally configured and managed.

Confidence add remove

White Glove Treatment

HighRes lab automation experts and authorized technicians devote great attention to the service and maintenance of your impeccable HighRes products. By doing so, you can be sure that your vital automated workflow progresses with little to no downtime.

Features

icon-blue-22
RAIL BASE PLATFORM OPTIONS
Rails Your Way

ACell collaborative robotic arms may be mounted on 1.0-, 1.5-, and 2.0-meter rail lengths to suit your space and maximize flexibility. 

icon-blue-10
POD BASE PLATFORM OPTIONS
Pods Your Way

Single ACell or ZCell collaborative robotic arms with extensive reach may be installed on stationary pods to enhance workflow efficiency.

icon-blue-70
FLEXIBLE WORKFLOWS
Future Proof

Both stationary base platform types are modular and include the ability to add docking stations or additional bases for infinite configurations in
your space.

Specifications

Pod + ACell Pod + ZCell Rail-Mounted ACell
Robotic Arm Reach: 731 mm
(28.8 in)
1793 mm
(70.6 in)
731 mm
(28.8 in)
Z-Axis Travel: 1160 mm
(45.7 in)
1420 mm
(55.9 in)
1160 mm
(45.7 in)
Positional Accuracy: ±0.2 mm
(0.008 in)
±0.2 mm
(0.008 in)
±0.2 mm
(0.008 in)
Payload Capacity: 0.50 kg
(1.1 lb)
8.0 kg
(17.6 lb)
0.50 kg
(1.1 lb)
PlateOrient: Included Included Included
Teaching Plate: Included Included Included
MS-3 Barcode Scanner: Included Included Included
Compressed Air Requirement: 100-110 PSI, 10 SCFM,
Oil-Free, less than 10% RH
100-110 PSI, 10 SCFM,
Oil-Free, less than 10% RH
100-110 PSI, 10 SCFM,
Oil-Free, less than 10% RH
Dimensions (H x W x L): 1899 x 1025 x 1025 mm
(74.8 x 40.4 x 40.4 in)
2326 x 1025 x 1025 mm
(91.6 x 40.4 x 40.4 in)
361 x 600 or 750 x 1600 mm
(14.2 x 23.6 or 29.5 x 63.0 in)
Weight: 177 kg
(390.2 lb)
213 kg
(469.6 lb)
150 kg
(330.7 lb)
Electrical Box: 2 x ADAM, 2 x MOXA
16-port Ethernet switch
2 x RJ45 Ethernet connectors
600 VA, 24 V
5 A
UPS
2 x ADAM, 2 x MOXA
16-port Ethernet switch
2 x RJ45 Ethernet connectors
600 VA, 24 V
5 A
UPS
Comms/ADAM
16-port Ethernet switch
APC, 3000 VA
UPS
Power: 208 VAC
40 A
60 Hz
208 VAC
40 A
60 Hz
Configuration dependent

Let’s Start Your Automation Journey

Join us as we review the major phases to anticipate along your automation journey. As automation experts and trusted partners, we will help to maximize your organization’s efforts and surpass those of your competitors.

FAQs

Which robotic arms are rail or pod mountable? add remove

ACell robotic arms are compatible with rail and pod bases, including the FlexPod, while ZCell robotic arms are compatible with stationary pods only. The Denso arm is not compatible with rail or pod bases. For other options, contact your local HighRes expert. 

Can wheels be mounted to a stationary pod base? add remove

It is not possible to mount wheels to a stationary pod base, but FlexPod offers an excellent mobile solution.

How are benchtop instruments accessed relative to rail bases? add remove

All Nucleus automation infrastructure components are designed to maximize available lab space and device accessibility. Contact your local HighRes expert to discuss your specific application and accessibility needs.  

CellarioOS: The engine that drives connected lab workflows

CellarioOS lab orchestration software integrates ELNs, LIMS, instruments, and analytics, creating unified, automated scientific workflows.

Continue Reading chevron_right

Case Study: Scaling Scientific Operations with CellarioOS

Case study of a centralized automation hub using CellarioOS to unify protocol control, resource scheduling, and consistent data across enterprise labs.

Continue Reading chevron_right

Navigating GxP Compliance in Life Science Automation

Overview of GxP regulations and CellarioScheduler audit trails, role controls, and protocol versioning that support compliance in science automation.

Continue Reading chevron_right

Build Your Own vs. Turnkey: Which Automation Approach Is Right for Your Lab?

This guide compares in-house and turnkey automation so you can match the approach to your scientific needs.

Continue Reading chevron_right

How HighRes is Delivering the Lab of the Future with CellarioOS

Laboratory orchestration challenges, productivity limitations, and how CellarioOS by HighRes enables integrated, data-driven, future-ready labs.

Continue Reading chevron_right

Lab Automation Elevates CRISPR Screens in Rare Tumor Organoids

CRISPR screens, supported by automation, provide insights into cancer vulnerabilities that can inform precision medicine decisions for drug discovery work.

Continue Reading chevron_right

Automation Advances Dengue Vaccine Testing with High-Throughput Assay

Automated assay tech reduced labor and boosted throughput in dengue vaccine R&D, enabling faster, high-volume testing with consistent and precise results.

Continue Reading chevron_right

AI-Powered Prediction of Drug Synergies in Cancer Cells & Tumors

Learn how a deep learning predictive modeling approach, confirmed by high throughput screening, can identify drug synergies against tumors.

Continue Reading chevron_right

LIMS, LES, MES: A Guide to Laboratory & Manufacturing Systems

A technical comparison of LIMS, LES, and MES systems detailing their distinct functions in laboratory and manufacturing environments and selection criteria

Continue Reading chevron_right

We’re Here for You

Have a product- or application-related question? Not sure where to start? Contact us today for expert insights and suggestions. We can help optimize an automated system specific to your lab and needs.