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ONE-CONTROL
ONE-CONTROL · CENTRAL CONTROL PLATFORM

The control layer behind
intelligent infrared heat.

ONE-CONTROL is the central control platform of the INFRAMEDIC technology architecture. It processes sensor data from SAFETY SENSE, regulates compatible infrared emitters in real time and coordinates operating logic within one integrated system.

Developed for modular product integration, ONE-CONTROL connects sensing, control and emitter technology in a configurable platform for OEM and professional applications.

Explore the Control Architecture
Discuss OEM Integration
Central
Control platform
Modular
Configurable architecture
Real time
Sensor-based regulation
ONE-CONTROL · SYSTEM ARCHITECTURE
SAFETY SENSE
Sensor input
↓
ONE-CONTROL
Processing · Control logic · System coordination
↓
EMITTER
Automatic output control
STATUS
Operating state
INTERFACE
Configuration & connectivity
Operating logic
Browser-based interface
CENTRAL CONTROL PLATFORM
CENTRAL CONTROL PLATFORM
SENSOR-BASED REGULATION
MODULAR ARCHITECTURE
OEM INTEGRATION
BROWSER-BASED INTERFACE
WHAT IS ONE-CONTROL?

The central
control platform.

ONE-CONTROL is INFRAMEDIC’s central control platform for sensor-based infrared systems. It processes data from SAFETY SENSE, controls the connected emitter and manages the defined operating sequence.

It combines sensor processing, automatic output regulation, operating logic and system status within one modular architecture designed for OEM integration.

PART OF THE INFRAMEDIC TECHNOLOGY PLATFORM
ONE-CONTROL works with CORE-RADIANT 230 / 110 and CORE-FLEX 24 and provides the shared control architecture for both emitter platforms.
ONE-CONTROL CONTROLS
SAFETY SENSE sensor data
REAL-TIME
Infrared emitter output
AUTOMATIC
Operating sequence
INTEGRATED
LED status
INTEGRATED
Standby & shutdown logic
INTEGRATED
Web interface
AVAILABLE
REAL-TIME CONTROL LOOP

Sensor data in.
Controlled infrared output out.

ONE-CONTROL continuously processes the temperature data provided by SAFETY SENSE and translates it into automatic emitter control. The control loop operates continuously throughout the application.

01
SAFETY SENSE measures the back temperature
Contactless sensors continuously detect the temperature in the defined back application area and transmit the measured values to ONE-CONTROL.
02
ONE-CONTROL processes the sensor data
The control logic evaluates the measured values together with the defined system parameters and determines the required emitter output.
03
Emitter output is adjusted automatically
ONE-CONTROL continuously increases or reduces the infrared output according to the current temperature data.
04
The control loop continues automatically
Measurement, processing and regulation repeat continuously until the defined operating sequence ends.
CONTROL LOOP
SAFETY SENSE
Contactless temperature measurement
→
ONE-CONTROL
Processing & control logic
→
EMITTER
Automatically regulated infrared output
→
CONTROLLED HEAT
Continuous sensor-based regulation
↺ Loop
CONTINUOUS CLOSED-LOOP CONTROL
SAFETY SENSE and ONE-CONTROL form a continuous feedback loop between the application area and the infrared emitter. The system responds automatically to changing temperature values without requiring manual output adjustment.
SIMPLIFIED OPERATION

One interface.
One coordinated system.

ONE-CONTROL coordinates the complete operating sequence of the INFRAMEDIC system. The user starts the application from a single control point while the sensor, emitter and system logic continue to operate automatically in the background.

→
SIMPLE USER INTERACTION
One start command initiates the defined operating sequence.
Once activated, ONE-CONTROL manages the sensor-based regulation, operating status and system logic automatically.
→
Single-point start
Automatic operating sequence
No continuous manual output adjustment
Clear system status
→
Defined automatic sequence
Standby when absent, automatic continuation on return, defined shutdown after the runtime ends.
AUTOMATED SYSTEM LOGIC
START
ONE-CONTROL manages the defined operating states throughout the application and coordinates the connected system components.
Start and conditioning phase
→
Active application status
→
Standby when the user leaves the sensing area
→
Automatic shutdown according to the configured operating logic
↺ Loop
BROWSER-BASED INTERFACE

Control and configuration.
Without an app.

ONE-CONTROL provides a browser-based interface for local access to system information, operating functions and configurable features.

No dedicated app is required. A smartphone, tablet or computer can connect directly to the ONE-CONTROL device and open the interface through a standard web browser.

LOCAL SYSTEM ACCESS
No app required
Access from smartphone, tablet or computer
Local browser-based interface
Direct connection to the ONE-CONTROL device
CONFIGURABLE SYSTEM FUNCTIONS
Back-temperature display
Application status
Conditioning phase
Program selection
Meditation & relaxation functions
User recognition
Pay-per-use / billing functions
Configuration module
MODULAR SOFTWARE ARCHITECTURE
ONE-CONTROL is designed so that functions can be activated and configured according to the requirements of the respective product, OEM partner or application.
SYSTEM ACCESS
Device hotspot → Browser → Local ONE-CONTROL interface
SYSTEM ARCHITECTURE

Built as a control platform.
Not as a standalone interface.

ONE-CONTROL is designed as the central control layer within the INFRAMEDIC technology platform. It connects sensing, control logic, emitter regulation and configurable system functions in one modular architecture.

For OEM integration, the platform can be adapted to the electrical, mechanical and functional requirements of the respective product.

CORE SYSTEM FUNCTIONS
SAFETY SENSE data processing
Automatic emitter output regulation
Operating-state management
Standby and shutdown logic
Status indication
Configurable program logic
OEM INTEGRATION

The control platform can be integrated into manufacturer-specific products and system architectures.

CORE-RADIANT 230 / 110 compatibility
CORE-FLEX 24 compatibility
Product-specific configuration
Modular software functions
Application-specific operating logic
Integration into existing control concepts subject to technical evaluation
ONE CONTROL PLATFORM
The same ONE-CONTROL architecture can support different INFRAMEDIC emitter technologies and product concepts while retaining a common sensing and regulation logic.
TECHNOLOGY INTEGRATION

Explore ONE-CONTROL
for your product architecture.

ONE-CONTROL can be evaluated as the central control platform for INFRAMEDIC emitter systems or for application-specific OEM integration.

The platform combines sensor processing, automatic infrared regulation, operating logic and configurable software functions within one modular control architecture.

TECHNICAL INFORMATION
Request ONE-CONTROL information
Receive an initial overview of the ONE-CONTROL architecture, SAFETY SENSE integration, compatible emitter platforms and configurable system functions.
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OEM & STRATEGIC COOPERATION
Discuss control-platform integration
For manufacturers and technology partners evaluating ONE-CONTROL for OEM integration, joint development, licensing or broader strategic cooperation.
Discuss Technology Integration