The core advantage of this multi-channel nitrogen analyzer lies in its high-throughput detection capability, solving the pain point of low efficiency in large-scale sample nitrogen detection. It adopts a dual-distillation system, supporting parallel processing of 24 samples at the same time, with a distillation speed of ≥15mL per minute for each channel. It has a built-in automatic sample adding and cleaning function, reducing manual operation errors. The 7-inch touch screen allows users to set test parameters for each channel independently, and view the real-time progress of each sample detection. It supports Ethernet communication, docking with laboratory information management systems, and can store up to 100,000 sets of test data, facilitating data traceability and report generation.
This multi-channel fully automatic analyzer has complete professional specifications. Its measurement range covers 0.1 to 300mg of nitrogen, meeting the detection needs of most large-scale samples. The power supply supports both AC 110V and 220V, adapting to different regional power environments. It can process 24 samples per batch, with a dual-distillation system that ensures efficient and stable distillation for each channel. The circulating water cooling system provides efficient condensation effect, without requiring external tap water supply. It is equipped with Ethernet and RS232 communication interfaces, supporting docking with LIMS systems and computer data management. The total weight is 65kg, and the overall dimensions are 1450×750×800mm, suitable for large-scale laboratory workbenches. It has passed CE and FCC certifications, ensuring compliance with international testing standards.
This multi-channel fully automatic nitrogen analyzer is widely applicable to large-scale testing scenarios in multiple industries. It is suitable for batch nitrogen detection in food processing plants, feed production enterprises, third-party testing groups and other large-scale testing institutions. It can help users complete thousands of sample detection tasks quickly and accurately, improving the efficiency of laboratory testing work and reducing labor costs. It can provide accurate nitrogen content data for product quality control, raw material inspection and scientific research work.
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