Characteristic:
1. large touch screen display, intuitive and clear operation
2. The machine has the functions of straight cutting, single bending, double bending and 90° bending.
3. The length and speed are continuously adjustable
4. It can automatically group the accumulation and total cumulative count
5. Batch pause and delay time can be set
6. Closed-loop stepping accurately controls the length of the cutting pipe; Adjustable transmission length and speed;
7. Cutting time protection; Total number setting; Split settings; The pause time is adjustable;
8. Equipped with various manual operations, convenient for debugging;
This automatic solar cell IV tester is specifically designed for solar panel manufacturers to perform accurate electrical performance testing, sorting, and analysis during production. It helps manufacturers evaluate key electrical parameters, classify solar panels according to their performance, and maintain consistent product quality while improving production efficiency and quality control.
Designed for sorting various types of solar cells, including full-size cells, half-cut cells, and other related cell formats. The machine ensures fast, accurate, and consistent sorting according to preset specifications, helping solar cell manufacturers improve production efficiency, product quality, and sorting accuracy.
Designed for solar panel manufacturers, this equipment performs efficient solar panel sorting and electrical testing to help ensure consistent product quality, meet production standards, and improve manufacturing efficiency.
The Desktop Solar Cell I-V Tester is designed to measure and evaluate the electrical performance of monocrystalline and polycrystalline silicon solar cells. It measures key electrical parameters and I-V characteristics, with test results automatically recorded and saved as digital files for data analysis, performance evaluation, and quality control.
The EL inspection system is equipped with four infrared cameras, while the AOI inspection system features eight visible-light cameras for comprehensive solar panel defect detection. Both systems can operate independently or work together as an integrated inspection solution, providing flexible inspection options to meet different production requirements.
The Solar Simulator is designed for the automatic testing and recording of electrical performance parameters of monocrystalline and polycrystalline silicon solar modules. It provides reliable testing data for evaluating solar module performance, helping manufacturers improve product quality and maintain consistent production standards. This equipment is suitable for photovoltaic (PV) module manufacturing facilities and solar panel testing applications.
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