Adelix at SteelFab 2026

In January 2026, Adelix participated in SteelFab, the leading trade exhibition in the MENA region for metal processing, steel fabrication, and heavy industry. The company presented industrial measuring equipment focused on non-destructive testing (NDT), predictive maintenance, and hardness testing of metal components — including parts produced by additive manufacturing.

The growing interest from engineers and technical directors confirmed a clear trend: portable measuring instruments are becoming essential tools in modern manufacturing environments.

Reliable production requires continuous monitoring of equipment condition and material properties. Adelix demonstrated several industrial measuring instruments designed for on-site diagnostics and quality control.

Vibration meters ADL-M15 and ADL-M20 support predictive maintenance strategies by detecting imbalance, bearing wear, and mechanical defects at early stages.

The ultrasonic thickness gauge ADL-UT25 enables accurate wall thickness measurement of pipelines, tanks, and steel structures without dismantling.The coating thickness gauge ADL-GT10 ensures compliance with industrial standards in protective and galvanized coatings.

One of the key topics at SteelFab 2026 was hardness measurement of parts after 3D printing using the portable ADL-DU110 hardness tester.

The layer-by-layer production of metal components makes it possible to manufacture parts with complex geometries. At the same time, material properties may vary depending on manufacturing conditions.

For this reason, hardness testing of finished 3D-printed components becomes an essential step in confirming their quality and operational reliability.

Hardness directly affects wear resistance, load capacity, and structural reliability.Without proper hardness testing, manufacturers cannot:

• confirm compliance with technical specifications
• validate heat treatment processes
• ensure batch consistency
• meet ISO and ASTM quality requirements.

For aerospace, energy, tooling, and automotive industries, on-site hardness testing is not optional — it is part of the production control system.

The ADL-DU110 portable hardness tester is designed for hardness testing of steel, stainless steel, and aluminum alloys directly on finished components.The device supports non-destructive hardness measurement in workshop conditions without cutting samples.This approach significantly reduces inspection time and prevents material waste, which is especially important in additive manufacturing where components are often high-value and complex.

3D printed metal parts typically undergo stress-relief or structural heat treatment.The ADL-DU110 enables comparison of hardness values before and after heat treatment, ensuring that required mechanical properties are achieved.Such verification supports compliance with international manufacturing standards and internal quality protocols.

Portable hardness testing equipment is widely used in:

• aerospace components manufacturing
• automotive metal parts production
• tooling and mold production
• energy and heavy machinery sectors
•  additive manufacturing facilities

What is the best method for hardness testing after 3D printing?

Portable hardness testing using non-destructive methods is the most efficient solution for finished metal components.

Can hardness be measured directly on complex geometries?

Yes, portable hardness testers allow testing at multiple points on complex surfaces.

Why is hardness testing required for additive manufacturing?

It ensures structural integrity, wear resistance, and compliance with technical specifications.

We sincerely thank you for your interest in Adelix and our industrial measuring solutions. We look forward to productive collaboration and supporting your success in metal processing, additive manufacturing, and quality control.