SALT

■ What is a Universal Testing Machine (UTM)?     A Universal Testing Machine (UTM) is a testing system that applies precise loads to test specimens using an electric motor and ball screw drive mechanism to evaluate the mechanical properties of materials. It is called a "Universal" Testing Machine because a wide variety of mechanical tests can be performed on a single machine by simply changing the testing fixtures (grips and jigs).    ✅ Main Testing Functions   * Tensile Test * Compression Test * Bend (Flexural) Test * Shear Test * Peel Test * Adhesion Test * Cyclic & Fatigue Loading Test   ✅ Main Measurement Parameters   * Load * Displacement * Strain * Maximum Load * Tensile Strength * Compressive Strength * Yield Strength * Young's Modulus * Elongation ■ ST-1000 Single Column Universal Testing Machine       The ST-1000 is a Single-Column UTM designed for low-capacity load testing. Its compact footprint and cost-effective design make it ideal for laboratories with limited installation space. The system performs a wide range of mechanical tests, including tensile, compression, and bend tests, while providing precise load and dispalcement control for accurate evaluation of material preperties.         ■ ST-1001 Dual Column Benchtop Universal Testing Machine       The ST-1001 is a dual-column benchtop Universal Testing Machine (Tensile Testing Machine) capable of testing loads up to 20 kN. It offers excellent structural rigidity and stable load control for highly accurate testing. Suitable for tensile, compression, bend, and various other material tests, the ST-1001 provides reliable measurement and evaluation of mechanical properties. ■ ST-1002 Dual Column Floor-Standing Universal Testing Machine             The ST-1002 is a dual-column floor-standing Universal Testing Machine (Tensile Testing Machine available in capacities ranging fr|om 30 kN to 500 kN, making it ideal for medium- and high-capacity material testing. With its robust frame construction and precise load control performance, the ST-1002 delivers accurate and reliable tensile, compression, bend, and other mechanical tests across a wide range of applications.      We value our relationship with you more than just selling our products."    Contact Salt for more information!    Salt-s@Light-Salt.kr 

    ● Servo Motor Type Thomson Press by SALT Co., Ltd.    01. Touchscreen-Based Control System  Operating conditions can be set intuitively, while machine operation and status can be monitored with ease.       02. Two-Hand Safety Operation System The machine operates only when both buttons are pressed simultaneously, ensuring operator safety.       03. Automatic Sliding Transfer Table The lower plate automatically moves in and out, enhancing convenience, safety, and overall productivity.       04. Precision Servo Motor Drive System Equipped with a servo motor drive system, the Thomson Press allows users to precisely control operating speed and provides excellent repeatability during repetitive operations.       05. Area Safety Sensor The machine immediately stops when a hazard is detected within the operating area, helping prevent accidents and ensuring a safer working environment.       We value our relationship with you more than just selling our products."   Contact Salt for more information!  Salt-s@Light-Salt.kr 

● What is a Hydraulic Side-Action Tensile Grip?     To accurately measure the tensile properties of materials, not only the performance of the testing machine but also the grip plays a critical role. Especially in high-load tests or tests involving metallic materials that are prone to slipping, stable specimen clamping is essential. The Hydraulic Side-Action Tensile Grip is widely used in these demanding testing environments.     ● Features of the Hydraulic Side-Action Tensile Grip   A hydraulic tensile grip uses hydraulic pressure to firmly clamp the specimen during tensile testing. Unlike mechanical grips, it can maintain a consistent and powerful clamping force, making it suitable for high-load testing and high-strength material testing. In particular, it minimizes specimen slip during testing even under high tensile loads, improving the reliability and accuracy of test data.     ● Applications   The higher the yield strength and tensile strength of a material, the greater the load generated during testing. Therefore, the use of a stable hydraulic grip becomes increasingly important. ＊Metal tensile testing ＊High-strength material testing ＊Ferrous and non-ferrous metal testing ＊Thick plate tensile testing ＊Specimen clamping for fatigue testing SALT Hydraulic Side-Action Tensile Grip         Centering Gauge     Hydraulic Grip Remote Control System   Hydraulic Power Unit System     Salt-s@Light-Salt.kr