CX28021 Ultra-Compact Test Machine

1. The mechanical conveying part adopts synchronous belt transmission:

• It overcomes the phenomenon of inaccurate positioning and unstable feeding test caused by the wear and stretching of traditional chains over a long period of time.

• The transmission noise is small and the transmission is light.

• It overcomes the phenomenon of dirt caused by chain oiling.

2. Feeding part: The cam manipulator handover method is adopted, and the feeding is accurate and stable, with a high feeding rate.

3. The feeding transmission has a foot calibration function, and the accuracy of the calibrated products on the fixture is high, stable and reliable.

4. Fixture part:

• The fixture is carefully designed and has a reasonable structure. The tower spring and the clamping teeth are used to improve the clamping degree. The material is ABS.

• The copper head of the entire fixture is designed on the side of the fixture, not directly above or below the fixture, to avoid copper powder falling into the fixture after wear, affecting the cleanliness and insulation of the fixture, and the fixture does not need to be cleaned.

5. The test piece directly contacts the product leads without an intermediate link. Advantages:

• Low impedance, accurate and reliable test.

• The four terminals directly contact the product leads, and can measure high frequencies, such as 100KHZ or higher.

• The test end face has knurling treatment (the end face is concave and convex) to prevent the phenomenon of inaccurate impedance test caused by dirt generated by contact.

• The test piece contacts the product position with high consistency, and the 100KHZ high-frequency test value is stable and reliable.

6. The machine transmission design adopts high-precision cam transmission, which is low noise, stable and reliable.

7. The normal operating speed of the machine is 100 pieces/minute.

8. In addition, our company's test machine has extended functions, such as:

• Laser marking;

• Needle calibration and foot cutting function;

• Packaging and box arrangement function;

• DVDT test function;

• Low function consumption test function;

• CCD appearance detection function;

• ESR test.

9. Capacity, loss and insulation can all be set up by the touch screen, with functions such as data collection, capacity distribution diagram and data analysis.

The Compact Test Machine is a test device that is exquisitely designed, compact in size, portable and easy to operate. It is widely used in multiple fields such as material testing, electrical safety testing, aviation material testing, and automotive parts testing. The following is a detailed analysis of the Compact Test Machine:

1. Design and Structure: Compact Test Machine usually adopts an integrated design, with the main unit and probe integrated together, which is convenient for operation and portability. For instance, some models of compact testers are relatively small in size, about the size of a cigarette box, and can be easily placed in the pocket of an upper garment or trousers. In addition, some devices are also equipped with hook rope designs, which can prevent the instrument from falling off during use.

2. Functions and Performance: The Compact Test Machine is equipped with multiple functions and can meet different testing requirements. For instance, certain models of testers can measure the flow and pressure of air, oxygen and nitrous oxide, and are suitable for testing ventilators and anesthesia systems. Some other models focus on electrical safety testing, such as medical equipment testing that complies with the IEC/EN 62353 standard. In addition, there are some testers that support multi-gas analysis and are capable of real-time monitoring and data recording.

3. Application Scenarios: Compact Test Machine is widely used in multiple industries. In the medical field, they are used to test the performance of equipment such as ventilators and anesthetic gas conveyors. In the field of material testing, they are used to evaluate the tensile, bending, fatigue and other properties of materials. In the aviation field, they are used to test the pressure resistance and sealing performance of aircraft components. In the field of automotive manufacturing, they are used to test the durability and quality of automotive parts.

4. Technical Features: Compact Test Machine usually adopts high-precision sensors and advanced control technology to ensure the accuracy and reliability of test results. For instance, some models of testers are equipped with high-precision load cells, which can accurately measure the test force. In addition, some devices also support automatic calibration functions, allowing for immediate testing without the need for additional calibration.

5. User-friendliness: Compact Test Machine usually has an intuitive operation interface and a simple operation process. For instance, some models of the tester are equipped with a touchscreen interface, allowing users to complete the test through simple key operations. In addition, some devices also support remote control and data transmission, facilitating data recording and analysis.

6. Scalability and Compatibility: Compact Test Machines typically have good scalability and compatibility, and can adapt to different testing requirements and environments. For instance, some models of testers support modular design, allowing for the addition of different test modules as needed. In addition, some devices also support firmware upgrades, which can adapt to new testing requirements and technological developments.

Compact Test Machine, with its small size, rich functions and wide application scenarios, has become an important tool in the modern testing field. Whether it is material testing, electrical safety testing or aviation material testing, Compact Test Machine can provide efficient and accurate testing solutions.