Business Type: Manufacturers, Exporters, Suppliers, Retailers, Wholesalers
Make: Setest India
Origin: India
Single column tensile testing machine is a state-of-the-art Universal Testing Machine designed to deliver precise and reliable testing for a wide range of materials. With a frame capacity of up to 10 kN, this machine offers exceptional versatility and accuracy in evaluating the mechanical properties of various materials, including metals, laminated composites, plastics, films, paper, and adhesives. Equipped with advanced features and optional temperature chambers, it is a robust testing solution suitable for industries and research laboratories. We are a leading single column tensile testing machine manufacturers, suppliers and exporters in Delhi, India.
The single column tensile testing machine not only provides valuable insights into material properties but also contributes to the safety and reliability of products. Design products that can withstand the expected stresses and loads, ensuring their durability and safety in real-world applications.
With full software control, the tensile machine offers seamless operation and automation capabilities. It can perform cyclic tests, recognize transducers automatically, and provide a user-friendly interface for controlling and monitoring the testing process. The integration of a graphic user interface PC enables speed control through a variable frequency drive, enhancing convenience and accuracy. It incorporates an advanced load sensor with high sensitivity, linearity, and repeatability. This ensures accurate force measurements throughout the testing process.
Be assured that the test results are immediately available for analysis after completion, enabling prompt decision-making based on accurate and precise data. As reliable single column tensile testing machine manufacturers, suppliers, exporters in Delhi, India. We only provide advanced load sensor tensile machines that will help you achieve reliable material characterization, quality control, and innovation in their respective fields.