Perfusion Lab
Experimental Thermal Management

Heat Exchange Circuit

AEP-HX-01

Configurable Heat-Exchange Circuit for Experimental Fluid Systems

A configurable fluid-circuit solution designed for integration between experimental circulation systems and external thermal-control equipment, enabling controlled heat transfer within laboratory-scale experimental setups.

Heat exchange circuit AEP-HX-01: transparent tubing, heat-exchange block, thermal-control connections, reservoir and sensor interfaces on a laboratory surface

Representative configuration — final components depend on experimental requirements.

System Architecture

Part of a Modular Experimental Perfusion Architecture

Fluid Reservoir
Pump System
Heat Exchange CircuitAEP-HX-01
Experimental Chamber / Research Setup
Return Circuit
Reservoir

Sensors & Monitoring

Connected monitoring layer across the experimental circuit.

Control & Data

Connected control and data-acquisition layer.

This diagram is conceptual only. AEP-HX-01 can be configured as an individual experimental circuit or integrated with other Aeternus Perfusion Lab modules.

Key Functions

Engineered for Experimental Thermal Integration

Thermal Interface

Provides a configurable interface between the experimental fluid circuit and an external thermal-control system.

Fluid Circulation Integration

Designed to integrate with experimental pump and fluid-circulation configurations.

Temperature Monitoring Interfaces

Optional connection points can be configured for experimental temperature monitoring.

Modular Connections

Circuit architecture can be adapted according to tubing, connector and experimental setup requirements.

Custom Configuration

Connection geometry and circuit layout can be evaluated according to individual laboratory requirements.

Configuration Options

Configure Your Heat Exchange Circuit

Heat Exchange CircuitMain Fluid InletMain Fluid OutletThermal Control ConnectionsReservoir ConnectionsPump ConnectionTemperature Sensor InterfaceSampling InterfaceReturn LineDrain LineCustom ConnectorCustom Tubing ConfigurationOther

Final component selection and technical specifications are defined according to the requested experimental configuration.

Configurator

Build Your Heat Exchange Circuit

Tell us about your experimental setup and configure the thermal circuit you need.

1. Application
2. Circuit Configuration
3. Pump Integration
4. Thermal Control
5. Requirements
6. Contact
7. Summary
Modular Integration

Designed for Modular Integration

AEP-FC-01
Experimental Fluid Circuit Set
+
AEP-HX-01
Heat Exchange Circuit
+
Pump System
+
Sensors & Monitoring
+
Control & Data
= Integrated Experimental Fluid Platform
Configure a Multi-Module System
Related Products

Complete Your Experimental Setup

Technical Specifications

Specification Overview

Product CodeAEP-HX-01
Product FamilyExperimental Thermal Management
Circuit ConfigurationConfiguration Dependent
Tubing DimensionsConfiguration Dependent
Connector ConfigurationConfiguration Dependent
Pump IntegrationConfiguration Dependent
Thermal Control IntegrationConfiguration Dependent
Temperature Monitoring InterfacesOptional / Configuration Dependent
Sampling InterfacesOptional / Configuration Dependent
Reservoir IntegrationOptional / Configuration Dependent
Custom ConnectionsAvailable on Request

Final specifications are defined after technical evaluation of the requested experimental configuration.

Custom Engineering

Need a Custom Thermal Circuit?

Experimental thermal-management setups may require non-standard tubing geometries, connectors, interfaces or integration components. Aeternus Perfusion Lab can evaluate custom engineering requirements for individual research setups.

Custom Fluid ConnectionsCustom AdaptersThermal-Control InterfacesSensor InterfacesCNC ComponentsExperimental ChambersPrototype ComponentsCustom Circuit Architecture
Get in Touch

Planning an Experimental Thermal-Control Setup?

Tell us about your experimental requirements.

Build a Complete Perfusion System

Important Information

This product is presented as a configurable component system for laboratory and experimental engineering applications according to its specified intended use.

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

The final configuration, materials, technical specifications, validation status and applicable regulatory requirements depend on the requested product configuration and intended application.

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