Introduction
The document introduces the inductar® ONH cube, an advanced analyzer developed by Elementar for the simultaneous determination of oxygen, nitrogen, and hydrogen in metals and other inorganic materials. It highlights the analyzer's high sensitivity, data quality, durability, and flexibility.

Key Features

• Energy-efficient solid-state induction furnace.
• Manual or automated sample loader for secure and unattended operation.
• Gas-tight clamp connection system for easy maintenance.
• Intuitive software for simplified operation.

Advantages of Induction Heating
Induction heating offers several benefits for ONH analysis, including reduced maintenance due to the absence of electrodes, complete outgassing of the sample container, and smooth temperature control for high data quality. The induction furnace is energy-efficient, reducing power consumption and offering flexibility in lab infrastructure.

ONH Analysis
The document describes the technological advancements that allow induction heating for ONH analysis, achieving temperatures up to 3,000 °C. The temperature ramping function helps distinguish and quantify different element fractions. New detection techniques and sample introduction procedures enhance detection limits.

Innovative Ideas
The solid-state induction furnace enables high temperatures and, combined with high-performance detectors, ensures excellent accuracy and reliability. The system allows for programmable methods to adjust temperatures for different materials, ensuring complete fusion and accurate results.

Automated Analysis
The analyzer features a fast and precise autosampler with a robotic arm for unattended operation. Automation includes automatic weight transfer, barcode reader support, and LIMS integration. The software is multi-language and configurable for various laboratory requirements.

System Uptime and Maintenance
The inductar® ONH cube is designed for maximum robustness and user convenience, with a virtually unlimited component lifetime and tool-free maintenance.

Applications
The analyzer is ideal for industries such as steel mills, foundries, aerospace, automotive, and semiconductors. It can analyze a wide range of sample types, including steel, cast iron, titanium alloy, copper alloy, and other metals and inorganics.

Data Summary
The document provides a table with sample analysis results, showing the percentages of oxygen, nitrogen, and hydrogen in various materials like steel, titanium, copper, and alloys.

Conclusion
Elementar positions itself as a leader in elemental analysis, offering innovative solutions and comprehensive support to advance science across multiple sectors globally.