ESE-118- 2000 KN Servo Control Compression Testing Machine

The 2000 KN Servo Control Compression Testing Machine is a high-capacity, advanced testing system designed for precise and efficient testing of materials under compressive loads. This machine is ideal for testing concrete, cement, metals, and other construction materials in laboratory settings, ensuring reliable results for material strength and durability assessments. With servo-controlled load application, it provides highly accurate measurements and enables controlled testing with a wide range of test speeds and force limits.

Key Features:

1. High Load Capacity (2000 KN): Designed to handle large specimens and apply high compressive forces, making it suitable for a wide range of testing applications.
2. Servo-Controlled System: Offers precise control of test speeds and load application, allowing for automated, consistent testing of materials under different conditions.
3. Advanced Digital Display: Equipped with a user-friendly digital interface that displays real-time force, displacement, and test progress for ease of monitoring.
4. Fully Automatic Operation: Supports fully automated testing with programmable load, speed, and time parameters for seamless testing processes.
5. Accurate Load Measurement: High-precision load cells ensure accurate measurement of forces applied during testing, ensuring reliable and repeatable results.
6. Load and Displacement Control: Allows for both load and displacement-controlled testing, providing flexibility for various types of material testing.
7. Safety Features: Built with multiple safety mechanisms such as overload protection and automatic shutdown to ensure the safety of both the machine and operators.
8. Durable Construction: Heavy-duty frame and components designed to withstand the stresses of high-load applications, ensuring long-term reliability and minimal maintenance.
9. Test Versatility: Suitable for a wide variety of tests, including concrete compression tests, cement testing, material strength analysis, and more.