The customer has customized a batch of compression and bending testing machines and shipped them out

In the global market for building material testing equipment, the demand for electronic compression and bending testing machines continues to grow due to their high precision, high degree of automation, and convenient operation. Recently, our company successfully exported a batch of 30 ton electronic compression and bending testing machines, which will serve a large overseas building material testing institution for precise testing of the compression and bending performance of building materials such as cement and concrete.

This overseas client has rich experience in the field of building material quality testing and has extremely high requirements for the performance and accuracy of testing machines. They need a device that can accurately measure the compressive and flexural strength of materials, while also requiring the device to have good stability and repeatability to ensure the reliability of test results. In addition, as its business involves the testing of various building materials, the multifunctionality and applicability of the equipment are also crucial.

After in-depth communication and demand analysis with the customer, we recommended a 30 ton electronic compression and bending testing machine for them. The device adopts an advanced microcomputer control system, which can achieve multiple control modes such as constant velocity test force and constant velocity stress. The test data and curves can be displayed in real time and stored and managed through a database. Its main advantages are as follows:

High precision: The relative error of the indication is controlled within ± 0.5%, ensuring the accuracy of the detection results.

Multifunctionality: It can perform both compressive and flexural tests, meeting customers' needs for testing various building materials.

High degree of automation: equipped with automatic loading, data collection, and processing functions, greatly improving detection efficiency.

After the contract was signed, we quickly formed a professional project team responsible for the entire process from production, debugging to transportation. In the production stage, strictly follow the quality management system to ensure that each equipment meets high standards of quality requirements. After the production of the equipment is completed, strict factory inspection and debugging are carried out to ensure that the equipment can be put into use immediately upon arrival at the customer's site.

During the transportation process, we chose a professional logistics partner to ensure the safety and timely delivery of equipment to the customer's designated location. After arriving at the customer's site, our engineering team quickly carried out installation and debugging work, providing detailed operation training and technical support to ensure that the customer can proficiently master the operation and maintenance of the equipment.