Automatic Insert And Extract Test Machine LATM-A10

The Automatic Insert and Extract Test Machine LATM-A10 is capable of performing a wide range of mechanical tests, including insertion force tests, withdrawal force tests, compression tests, and tensile tests. These tests are crucial for evaluating the mechanical strength and durability of connectors and related components. With its high-precision load cell and automated features, the machine ensures accurate and repeatable measurements. It is suitable for both quality control and research applications, providing comprehensive performance evaluation for connector assemblies and finished products.

The Automatic Insert and Extract Test Machine LATM-A10 offers highly accurate measurement capabilities with a load accuracy of ±0.2%, a load resolution of 0.01gf, and a displacement resolution of 0.001mm. This level of precision allows users to confidently assess even the slightest variations in insertion and withdrawal forces. The system uses a high-quality load cell and servo motor drive to maintain consistency and reliability across repeated tests. Its accuracy is especially valuable in sensitive product development scenarios, where exact force values are critical. As a result, users can rely on the LATM-A10 for consistent, laboratory-grade test data.

Yes, the Automatic Insert and Extract Test Machine LATM-A10 is equipped with a large memory capacity and a powerful software interface that allows it to automatically store all test data and curves. It records results directly onto the computer’s hard disk, without limitation on the number of test records. In addition to data storage, the machine also features automated report generation. Users can customize report titles, and the system will include both data and graph reports formatted for printing. This functionality saves time, improves documentation, and supports efficient quality control processes.

The Automatic Insert and Extract Test Machine LATM-A10 is widely used across several industries, especially those that rely on connector performance and durability. Common users include electronics manufacturers, connector producers, telecommunications equipment companies, testing equipment distributors, and research laboratories. It supports product development, inspection, and validation processes by providing detailed insights into connector mechanical behavior under various force conditions. Its versatility, accuracy, and automation make it an indispensable tool for high-standard industries focused on quality assurance and R&D.

The Automatic Insert and Extract Test Machine LATM-A10 is designed with ease of use in mind, featuring a software interface that allows all test parameters to be set quickly and intuitively. Users can configure settings such as load limits, speed, displacement, cycle numbers, and wait times through a simple graphical user interface. Moreover, the machine supports multilingual operation, including English, Simplified Chinese, and Traditional Chinese, making it suitable for international users. The unit and display formats can also be freely converted, ensuring compatibility with global measurement standards. This user-centric design ensures smooth operation for both beginner and advanced users across different regions.

The Insertion and Extraction Tester is primarily designed to evaluate the mechanical performance of connectors by accurately measuring the forces required to insert and extract terminals. This process helps determine the connector's reliability and ensures that the insertion and withdrawal forces fall within acceptable parameters for functionality and safety. By simulating real-world application conditions, the tester can identify potential issues like poor contact pressure or structural weaknesses that could lead to premature failure. The test data such as insertion force curves and displacement measurements can be stored and analyzed for quality control or R&D purposes.

The Insertion and Extraction Tester is compatible with a wide range of electrical connectors and terminals, including pin headers, socket connectors, wire-to-board and wire-to-wire connectors, and modular jacks. It supports testing both single-pin and multi-pin configurations with the help of adaptable fixtures. These testers are ideal for assessing standard and customized components used in mobile devices, medical instruments, automotive electronics, and industrial equipment. The machine can accommodate various shapes, sizes, and connection types due to its flexible clamping and positioning system.

The Insertion and Extraction Tester offers a suite of advanced features that enhance test accuracy, repeatability, and ease of operation. It uses a high-precision load cell with a resolution as fine as 0.01gf and a servo motor system to provide stable and consistent motion during tests. The tester is equipped with an automatic centering system that ensures proper alignment of the connector, reducing measurement errors. All test parameters including speed, force limits, stroke, cycle count, and delay are programmable through a user-friendly Windows-based software interface. Additionally, the system automatically stores test data and generates detailed reports, making it suitable for traceability, documentation, and compliance with international quality standards.

This tester comes with various capacity options such as 5kgf, 10kgf, 20kgf, 50kgf, and 100kgf, which makes it adaptable to a range of test force requirements. It offers a load accuracy of ±0.2% and a load resolution as low as 0.01gf, ensuring precise force measurements. The test stroke can reach up to 150 mm with a stroke resolution of 0.001 mm, allowing for fine control during high-detail testing. Test speed is adjustable from 0 to 500 mm/min, which is ideal for both fast cycle endurance tests and slow-motion failure analysis. The system operates on standard AC220V power and integrates a Japanese Panasonic servo motor for high-performance control, all packed into a compact structure that suits both laboratory and production settings.

The Insertion and Extraction Tester is widely used in sectors where connector performance is mission-critical, including electronics manufacturing, automotive assembly, aerospace component production, and telecommunications equipment testing. It plays a vital role in product development labs for validating new connector designs and materials before they go to market. In quality control environments, it ensures that every batch of connectors meets the required force parameters and functionality standards. Testing facilities and third-party certification labs also use this equipment to evaluate product conformity against industry benchmarks.