Perfusion Lab
Experimental Fluid Delivery

Peristaltic Pump & Control Module

AEP-PP-01

Programmable Fluid Transfer for Experimental Systems

A configurable peristaltic fluid-delivery and pump-control module designed for controlled fluid transfer within laboratory and experimental perfusion setups.

The module can be configured for independent fluid-transfer lines, auxiliary circulation pathways, experimental solution delivery and integration with monitoring and control systems according to research requirements.

Experimental peristaltic fluid-delivery module: peristaltic pump head with flexible tubing, fluid reservoir, controlled inlet and outlet lines, sensor interfaces and a control enclosure with a monitoring display

Representative configuration — pump hardware, tubing and final configuration may vary according to experimental requirements.

What is AEP-PP-01?

Controlled Fluid Delivery as a Modular System

AEP-PP-01 is designed as an experimental fluid-delivery and pump-control module rather than a standalone pump product.

Depending on the requested configuration, a compatible peristaltic pump can be integrated with control electronics, tubing interfaces, monitoring functions and experimental system architecture.

Peristaltic Pump
+
Control Electronics
+
Tubing Integration
+
Monitoring Interfaces
+
Control Software
= AEP-PP-01 · Peristaltic Pump & Control Module
Key Capabilities

Delivery, Control and Integration

Controlled Fluid Transfer

Configurable fluid delivery for laboratory experimental setups.

Programmable Pump Operation

Pump operation can be configured according to experimental requirements.

Auxiliary Fluid Lines

Designed for use in independent or auxiliary fluid-transfer pathways within experimental systems.

Monitoring Integration

Can be integrated with compatible monitoring and control technologies.

Modular Circuit Connections

Designed for integration with configurable tubing and reservoir systems.

System Integration

Can be combined with Aeternus Perfusion Lab fluid circuits, thermal systems, sensors and control architecture.

Example Experimental Use Cases

Flexible Fluid Delivery for Experimental Setups

Controlled transfer between reservoirs

Auxiliary fluid circulation

Experimental solution delivery

Return-line fluid management

Sampling-line transfer

Custom laboratory fluid-transfer applications

Applications depend on the specific experimental setup and requested configuration.

System Architecture

Conceptual Experimental Fluid-Delivery Architecture

Reservoir A
AEP-PP-01 Peristaltic Pump & Control ModuleAEP-PP-01
Experimental Fluid Circuit
Experimental Chamber / Research Setup
Return / Collection

Sensors & Monitoring

Optional connection according to configuration.

Control & Data System

  • Pump Speed Control
  • Flow Monitoring
  • Pressure Monitoring
  • Temperature Monitoring
  • Data Acquisition

This diagram is conceptual only and describes experimental laboratory architecture. AEP-PP-01 can be configured individually or integrated with other Aeternus Perfusion Lab modules.

Configurator

Configure Your Module

Define your pump, fluid-delivery, control and monitoring requirements — our engineering team evaluates the configuration.

1. Application
2. Pump Configuration
3. Fluid Delivery
4. Control & Monitoring
5. Related Modules
6. Requirements
7. Contact
8. Summary
Technical Specifications

Specification Overview

Product CodeAEP-PP-01
Product FamilyExperimental Pump Systems & Fluid Delivery
Pump TechnologyPeristaltic / Configuration Dependent
Pump HardwareSelected according to experimental configuration and compatibility requirements
Number of Fluid LinesConfiguration Dependent
Flow RangeDefined per experimental configuration
Tubing DimensionsConfiguration Dependent
Pump ControlConfiguration Dependent
Timed OperationOptional / Configuration Dependent
Monitoring IntegrationOptional / Configuration Dependent
Data AcquisitionOptional / Configuration Dependent
External Control InterfaceConfiguration Dependent
Custom IntegrationAvailable on Request

Final pump selection, tubing compatibility, operating parameters and control architecture are defined following engineering evaluation of the requested experimental configuration.

Component Integration

Depending on the selected configuration, AEP-PP-01 may incorporate compatible third-party pumping hardware integrated with Aeternus Perfusion Lab control, monitoring and experimental system architecture. Specific component manufacturers and models are defined according to technical requirements, availability and compatibility evaluation.

Engineering Integration

Already Have a Pump?

We can evaluate integration into your experimental platform.

Researchers who already have peristaltic pumping equipment may submit the manufacturer, model and available technical specifications for engineering compatibility evaluation.

Compatibility subject to technical evaluation.

Modular Integration

Build a Multi-Module Fluid Platform

AEP-FC-01
Fluid Circuit
+
AEP-PP-01
Peristaltic Pump & Control
+
AEP-HX-01
Heat Exchange
+
Sensors & Monitoring
+
Control & Data
= Integrated Experimental Fluid-Management Platform
Build Your System
Related Technologies

Complete Your Experimental Setup

Get in Touch

Planning an Experimental Fluid-Delivery Setup?

Tell us about your experimental requirements.

Build a Complete Perfusion System

Important Information

AEP-PP-01 is presented as a configurable experimental fluid-delivery, pump-integration and control module for laboratory and experimental engineering applications according to its specified intended use.

It is not presented for clinical use, diagnosis or treatment.

Pump hardware, tubing, materials, interfaces, operating specifications and final configuration are defined according to the individual experimental requirement and technical compatibility evaluation.

Depending on the selected configuration, compatible third-party components may be integrated into the Aeternus control and experimental system architecture.

The product is not described as sterile, medical grade, CE certified, RUO certified or approved unless such status is specifically documented for the supplied configuration.