Maxcom Elextronics Co., Ltd. — Verified Supplier
About Maxcom Elextronics Co., Ltd. - Diagnostic Kits Supplier in China
China-based Maxcom Elextronics Co., Ltd. lists five active products in its catalogue. All five products belong to the diagnostic kits segment, specifically hematology analyzers used in clinical and veterinary laboratories. The portfolio includes the semi‑automatic MC‑3200, the fully automatic MC‑6200 and MC‑600 models, a veterinary‑focused analyzer, and a general auto hematology analyzer. The veterinary and general auto models are recorded with HS codes 9027.80 and 9027.20 respectively, placing them in Chapter 90 for medical apparatus. Materials noted include stainless‑steel housings combined with polypropylene reagent containers or polymer fluidic channels.
The catalogue does not provide additional specifications such as throughput or measurement ranges, but the product titles indicate coverage of both human and animal blood analysis. The inclusion of both semi‑automatic and fully automatic designs suggests options for laboratories with differing automation levels. Each instrument is described as a multi‑material medical‑grade device, implying compliance with typical material standards for medical equipment. No further company‑level data such as founding year or employee count is supplied.
Product Range and Specialties of Maxcom Elextronics Co., Ltd.
The listed hematology analyzers fall under the broader diagnostic kits category. In the medical device market, hematology analyzers are commonly classified by sample throughput (e.g., 30‑60 samples per hour for mid‑range units) and by measurement principles such as impedance, flow cytometry, or spectrophotometry. Typical specifications include a measurement range of 0‑30 × 10⁹ RBC/L, WBC differential with five to seven channels, and a hematocrit accuracy of ±1 %.
Stainless‑steel housings are standard for durability and sterilisation, while polypropylene reagent containers are widely used for their chemical resistance. Devices with polymer fluidic pathways often meet ISO 13485 requirements for quality management. Buyers frequently encounter models graded as CE‑marked for the European market and FDA‑cleared for the United States, though such certifications must be confirmed for each unit.
Trade and Export Information - Maxcom Elextronics Co., Ltd.
China is a leading exporter of medical diagnostic equipment, and hematology analyzers are shipped primarily to North America, Europe, and Southeast Asia. The HS code 9027.20 covers automatic hematology analyzers, while 9027.80 includes other medical instruments not elsewhere specified, both subject to customs inspections for compliance with safety standards. Importers usually request certificates such as CE marking, ISO 13485, and, where applicable, FDA 510(k) clearance.
Typical packaging involves shock‑absorbing foam inserts within wooden crates or 40‑ft containers, with moisture barriers to protect electronic components. Common Incoterms are FOB Shanghai or CIF major ports, allowing buyers to arrange onward transport. Chinese exporters often provide a Declaration of Conformity and test reports from accredited laboratories to satisfy destination‑country regulatory bodies.
Sourcing from Maxcom Elextronics Co., Ltd. - Buyer Guidance
When sourcing from Maxcom Elextronics, buyers should ask for the latest CE or FDA certificates for each analyzer model, as well as an ISO 13485 quality management certificate. Requesting a performance test report that includes sample throughput, accuracy, and calibration stability will help verify that the instrument meets laboratory needs.
Samples or demonstration units are rarely shipped for large medical devices, but a video walkthrough or a third‑party inspection report can provide additional assurance. Verify that the stainless‑steel housing complies with ASTM A240 specifications and that polymer components meet USP Class VI requirements for biocompatibility. Confirm lead times, which for Chinese manufacturers of similar equipment typically range from 30 to 90 days after order confirmation.
Frequently Asked Questions About Maxcom Elextronics Co., Ltd.
What types of hematology analyzers does Maxcom Elextronics offer?
The catalogue lists a semi‑automatic MC‑3200, fully automatic MC‑6200 and MC‑600 models, a veterinary‑specific analyzer, and a general auto hematology analyzer. All are positioned for clinical or veterinary blood‑analysis applications.
Which HS codes apply to the listed products?
Two products carry HS codes: the veterinary hematology analyzer is classified under 9027.80 and the general auto hematology analyzer under 9027.20. Both codes belong to Chapter 90 for medical apparatus.
Are the analyzers compatible with both human and veterinary samples?
The product titles differentiate a veterinary‑focused analyzer from the others, indicating that the veterinary model is optimised for animal blood parameters. The remaining models are marketed for human clinical laboratories, though technical specifications would confirm cross‑compatibility.
Which certifications should a buyer request for these devices?
Buyers should request CE marking for European markets, FDA 510(k) clearance for the United States, and an ISO 13485 certificate for the manufacturer’s quality management system. Additional biocompatibility test reports (e.g., USP Class VI) are common for medical‑grade polymer components.
What is the typical packaging and shipping method for the analyzers?
Exporters usually pack each analyzer in a wooden crate with foam cushioning and moisture‑resistant liners. Shipments are commonly sent in 20‑ft or 40‑ft containers under FOB Shanghai or CIF terms.
What documentation is needed for customs clearance in major markets?
Customs authorities typically require the commercial invoice, packing list, HS code declaration, and any applicable certificates such as CE, FDA, or ISO 13485. A Declaration of Conformity and laboratory test reports are also standard supporting documents.
What is the usual lead time for an order from China?
Lead times for medical diagnostic equipment from Chinese manufacturers generally range from 30 to 90 days after order confirmation, depending on model complexity and required certifications.


































