Keep your flexibility and data sovereignty. IconPro Apollo comes as Software-as-a-Service or can be hosted by customers themselves on-premise or in the cloud!
Perfect for machine operators, metrologists, production workers and managers. Simple, structured and to the point instead of a general IoT solution!
Standard connectivity for popular measuring machines, machine tools, robots and controllers. Otherwise we guarantee the MT-Connect, MQTT or OPC-UA connection!
Get to know the most relevant application scenarios and added values for Condition Monitoring & Predictive Maintenance for measurement machines.
Does it make sense to adhere to regular static service intervals, regardless of the utilization & requirements of the machines or the operating conditions? Difficult to manage service histories & requests for many machines? With Apollo this is not the case!
Get to know the most relevant application scenarios and added values for Condition Monitoring & Predictive Maintenance for machine tools.
Get a first impression of the simplicity of Predictive Condition Monitoring & Maintenance with Apollo – up and running in days, not months.
What is Machine Data Collection?
Machine data collection systematically acquires, analyzes and stores raw data that machines generate during operation. Sensors and software monitor operating parameters and states such as operating mode, temperature, speed or alarms. Via interfaces, the raw data is passed on to condition monitoring for further data processing and information evaluation and display.
What are Common Interfaces and Protocols for Machine Data Collection?.
Common interfaces and protocols for machine connectivity are OPC-UA, Modbus, Ethernet/IP, Profibus, MQTT and HTTP/HTTPS. They enable communication between both sensors and the controller on one side and the data transmission or processing unit on the other.
What is Condition Monitoring?
Condition monitoring is a technique for continuously observing and evaluating the condition of machines, plants or systems. Sensors and data analysis are used to detect potential problems, wear or tear at an early stage. The main goal is to minimize unplanned downtime, extend equipment life and increase efficiency.
What are the Benefits of Condition Monitoring?
The benefits of condition monitoring are many. They include reducing unplanned downtime, lowering maintenance costs, increased safety, improved product quality, optimized production processes, and longer equipment life. It also enables precise maintenance planning and contributes to the long-term profitability of companies.
What are Examples of Applications for Condition Monitoring in Production and Quality Assurance?
Examples include monitoring continuous manufacturing equipment or mechanical processing machines for machine vibration, temperature, pressure, lubricant quality, and electrical parameters, as well as fault and operating conditions. In quality assurance, measuring devices and measuring machines can be monitored to avoid downtimes, minimize calibrations or maintenance, and ensure measurement capability.
What are the Components of a Condition Monitoring System?
A condition monitoring system consists of sensors for data acquisition, one or more software or hardware modules for machine data acquisition from the control system, a data transmission unit (gateway), a data processing platform (database and application server and software), algorithms for data analysis (software application), a user interface for displaying all systems, machines and conditions, and ideally a maintenance management module.
Testimonial Vinci Energies
Vom ersten Treffen an machte IconPro einen außergewöhnlich innovativen und professionellen Eindruck.
Wir waren beeindruckt, wie schnell die IconPro ARES Software wesentliche Prozesseinblicke generiert.