Dialyzers are essential medical devices widely used in hemodialysis for patients with kidney issues. Given the importance of international trade for healthcare products, it is crucial to understand the HS codes associated with dialyzers. In this article, we will analyze the HS codes for dialyzers, provide an overview of the key countries involved in their trade, and present insights derived from NBD DATA’s unique dataset of dialyzer transactions.
HS (Harmonized System) codes are used worldwide to classify goods for customs and taxation purposes. Dialyzers fall under several HS codes depending on their specific features. From the NBD DATA platform, we identified the following HS codes associated with dialyzers:
901839: Medical appliances including hemodialysis machines and parts.
8421290009: Filtering or purifying machinery used in medical applications.
901580000000: Measuring or checking instruments for medical use.
901890: Instruments and appliances used in medical or veterinary sciences.
90189070: Specialized medical equipment and appliances.
9018903000: Additional codes for specific medical instruments.
842129800011: Advanced filtration equipment used in medical fields.
90189031: Other types of medical instruments.
These HS codes cover a broad range of products related to dialyzers, indicating the diverse use cases and types of equipment involved.
From the NBD DATA platform, we analyzed the dataset for Dialyzer imports and exports, which provided key information about the global trade of this critical medical product.
The dataset reveals that dialyzers are predominantly exported from Japan and imported into the United States. The major importer identified is NIPRO MEDICAL CORPORATION, which imports dialyzers primarily from Japan through major ports such as Los Angeles and Oakland, California. This highlights the importance of Japan as a leading supplier of dialyzers to the United States market.
Export Country: Japan
Import Country: United States
Key Ports: The dialyzers are primarily shipped through Tokyo and arrive at ports like Los Angeles and Oakland, California.
The consistency of these routes indicates a strong trade relationship between Japan and the United States regarding medical supplies, particularly for dialyzers.
The variety of HS codes used for dialyzers shows their diverse applications and types. For instance:
901839 is a broad category that covers general medical appliances, including dialyzers.
8421290009 is specific to filtering and purifying equipment, which is essential in dialysis.
Codes like 901890 and its variations focus on specialized medical instruments, distinguishing between general medical appliances and those used for particular diagnostic or therapeutic functions.
These distinctions help classify the equipment correctly for customs purposes and highlight the specialized nature of different dialyzer components.
Importer: The primary importer mentioned in our dataset is NIPRO MEDICAL CORPORATION, which plays a significant role in the U.S. market for dialyzers. The company imports large quantities, emphasizing the growing demand for dialysis equipment.
Exporter: Japan remains a major exporter, with dialyzers being produced and shipped from Tokyo to various international locations, especially the United States.
Volume and Weight: The dialyzers are shipped in large quantities, often measured in cartons (CTN) with weights ranging from 7,000 kg to over 8,000 kg per shipment. This indicates bulk trade, necessary to meet the high demand in the healthcare sector.
Freight Flow: Most of the shipments originate from Tokyo and are destined for ports in California, which suggests efficient trade routes and established logistics between the two regions.
Understanding the HS codes associated with dialyzers and their trade patterns is vital for businesses involved in medical supplies. Our analysis, based on unique NBD DATA platform insights, provides a comprehensive overview of dialyzer imports and exports, with Japan and the United States being major players in this market. The varied HS codes highlight the complex nature of these medical devices, each serving a specific function in healthcare.
Disclaimer: The data and analysis presented in this report are derived from NBD DATA’s statistics and may contain some inaccuracies. Users should verify the data before making any decisions based on this report. NBD DATA does not assume any responsibility for consequences resulting from the use of this information.