Azonik proudly introduces the 60‑ton Universal Tensile and Compression Testing Machine, a highly precise and essential tool for comprehensive evaluation of the mechanical properties of materials used in advanced industries. This system, also known as a Universal Testing Machine (UTM), provides a substantial capacity of 600 kN (equivalent to 60 tons) for performing standard tensile, compression, and bending tests. In today’s world, where material quality and durability play a critical role, having accurate equipment to measure strength and material behavior is essential. By utilizing modern technology and complying with international standards, this machine ensures that your raw materials and finished products meet the highest quality requirements.

Wide Applications Across Industries

Steel and Metal Industries: Testing tensile strength, yield stress, and elongation of rebars, sheets, pipes, and metal components.

Automotive Industry: Strength testing of vehicle components, body sheets, and internal parts.

Construction Industry: Evaluation of bending and compressive properties of rebars, structural profiles, and building materials.

Oil, Gas, and Petrochemical Industries: Strength testing of pipes and fittings under high loading conditions.

Research Centers and Universities: Supporting scientific research and materials science studies.

Quality Control: Ensuring compliance of materials and products with technical specifications and standards.

Standards and Safety

Build quality and operational safety are top priorities in Azonik equipment. This machine is designed in accordance with the international ISO 7500‑1 standard and incorporates essential safety features, including an emergency stop system and protective guards, ensuring safe and reliable operation for users.

Key Technical Features

The Azonik 60‑ton Universal Tensile and Compression Testing Machine is engineered for high accuracy and stability in mechanical testing applications. The system features an accuracy class of 0.5 according to ISO 7500‑1 and uses a standard compact load cell with C3 accuracy class for precise and reliable force measurement. In addition, its robust structure with minimal strain, combined with a servo motor and planetary gearbox, ensures stable, smooth, and dependable performance during tensile, compression, and bending tests.