AVM Extraordinary Intelligent Control Equipment Co., Ltd.
AVM Extraordinary Intelligent Control Equipment Co., Ltd.
  • About Us

About Us

AVM Extraordinary Intelligent Control Equipment Co., Ltd.

AVM Extraordinary Intelligent Control Equipment Co., Ltd. (formerly Aomi Fluid) is a professional manufacturer and supplier of high-precision sanitary valves, sterile containment systems, and powder handling solutions in China. Founded in 2003, we have over 20 years of expertise in the pharmaceutical, biotechnology, food & beverage, and new energy industries. As a leading factory specializing in high-containment transfer technologies, we design and manufacture products that meet the most stringent international standards for hygiene, safety, and operational reliability.

We hold multiple international certifications, including ISO 9001, 3-A Sanitary Standards, CE, and FDA compliance, ensuring our products meet GMP requirements for hygienic manufacturing and high-containment processing applications .

View More

News

  • AVM Successfully Participated in Pharmaconex 2026 in Egypt
    07
    09
    AVM Successfully Participated in Pharmaconex 2026 in Egypt
    Cairo, Egypt – September 3, 2026 — AVM Extraordinary Intelligent Control Equipment successfully participated in Pharmaconex 2026, held from September 1 to 3, 2026, at the Egypt International Exhibition Center (EIEC) in Cairo.
    View More
  • CIP/SIP-Compatible Sanitary Valves Ensure High-Purity Fluid Processing
    31
    07
    CIP/SIP-Compatible Sanitary Valves Ensure High-Purity Fluid Processing
    In biopharmaceutical, food, and fine chemical applications, the cleanability and sterilizability of fluid handling equipment directly impact product purity. Sanitary valves designed with full-bore, crevice-free configurations and CIP/SIP compatibility provide reliable control for high-purity fluid transfer.
    View More
  • Rapid Transfer Ports Support Aseptic Production Isolator Systems
    31
    07
    Rapid Transfer Ports Support Aseptic Production Isolator Systems
    In sterile drug and biologic manufacturing, maintaining isolator or RABS integrity during material transfer is essential. RTP systems provide a standardized solution for this critical operation.
    View More
  • High-Containment Split Butterfly Valves Enable Nanogram-Level Powder Transfer
    31
    07
    High-Containment Split Butterfly Valves Enable Nanogram-Level Powder Transfer
    ​In the pharmaceutical and new energy industries, operator exposure and cross-contamination during powder transfer remain critical challenges. Split butterfly valve technology provides a reliable engineering solution for high-containment applications ranging from OEB 4 to OEB 5 performance levels.
    View More
  • What Makes a Rapid Transfer Port RTP Essential for Secure Material Transfer?
    14
    09
    What Makes a Rapid Transfer Port RTP Essential for Secure Material Transfer?
    A Rapid Transfer Port RTP provides a controlled interface for moving materials, components, tools, samples, or waste between an isolated process and its surrounding environment without unnecessarily exposing the critical zone. By combining an Alpha port, Beta container, mechanical interlocking structure, and controlled docking procedure, an RTP system can help reduce contamination, cross-contamination, operator exposure, and process interruption. This article explains how RTP technology works, where it is used, what performance factors matter, and how AVM Extraordinary Intelligent Control Equipment Co., Ltd. approaches aseptic and high-containment transfer applications.
    View More
  • How Does a Sampling Valve Improve Process Safety and Sample Quality?
    04
    09
    How Does a Sampling Valve Improve Process Safety and Sample Quality?
    A reliable sampling valve is more than a simple shut-off component. It plays an important role in obtaining representative process samples while reducing contamination, leakage, operator exposure, and product loss. In chemical processing, pharmaceuticals, food and beverage production, petrochemicals, water treatment, and other industrial applications, the right sampling valve can improve sample accuracy and make routine sampling safer and more efficient.
    View More
  • How Does an Aseptic High Containment Alpha Port RTP Support Safe Material Transfer?
    31
    08
    How Does an Aseptic High Containment Alpha Port RTP Support Safe Material Transfer?
    Material transfer is one of the critical steps in pharmaceutical and biotechnology production. Moving materials between an isolated processing area and the surrounding environment can create risks of contamination, exposure, or loss of containment if the transfer method is not properly designed. An Aseptic High Containment Alpha Port RTP provides a controlled interface for transferring materials through an isolation barrier while maintaining the separation between the internal and external environments.
    View More

Our Advantages

Why choose AVM as your trusted partner for high-containment solutions

🏆

First SBV Patent Holder in China

Pioneer in split valve technology since 2011, one of the earliest Chinese manufacturers in this field

⚙️

Precision Manufacturing

Equipped with advanced Japanese Mazak CNC machines and Korean high-precision machining centers for superior product consistency

International Certifications

ISO 9001, 3-A Sanitary Standards, CE, FDA compliance, ATEX and PED compliance for hazardous environments

🧪

20+ Years of Industry Expertise

Deep technical knowledge in aseptic processing, high-containment applications, and contamination control

🛡️

OEB5 Containment Capability

Independent verification per ISPE SMEPAC guidelines for sealing performance

📋

Full Traceability

Comprehensive material certification and batch traceability across all production stages

Why Choose AVM?


Direct Factory Pricing

As a professional manufacturer in China, we offer competitive prices without intermediaries

01
Quality Assurance

All products manufactured under strict ISO 9001 and GMP quality control systems

02
Global Market Presence

Serving customers in Europe, Americas, Middle East, Asia, and South America with 40% sales in Asia, 25% in the Middle East, 20% in South America, and 15% in Europe

03
Proven Track Record

Successfully delivered SBV systems to lithium battery manufacturing projects in Finland (2025)

04
Regulatory Compliance

Products meet DIN, SMS, 3A, IDF, RJT, ISO, and BS standards

05
Reliable After-Sales Support

24/7 technical assistance, scheduled maintenance, troubleshooting guidance, and fast spare parts supply

06

FAQ

Q

What certifications do AVM products hold?

A

AVM products are certified with ISO 9001, 3-A Sanitary Standards, CE, and FDA compliance. All products are manufactured in accordance with GMP guidelines and international standards such as DIN, SMS, 3A, IDF, RJT, and ISO .

Q

What is the AVM Split Butterfly Valve (SBV) and what is it used for?

A

The AVM SBV is a high-containment transfer valve designed for handling highly potent, toxic, and sterile powders. It ensures operator safety and prevents cross-contamination in pharmaceutical and biotech applications. Our SBV technology was patented in China in 2011, making us one of the earliest manufacturers in this field.

Q

Do AVM products support CIP/SIP cleaning and sterilization?

A

Yes. All AVM sanitary valves and systems are designed to support CIP (Clean-in-Place) and SIP (Sterilization-in-Place) at 121°C, ensuring continuous aseptic production and easy maintenance.

Q

Can AVM provide customized solutions?

A

Absolutely. As a professional sanitary valve supplier and factory in China, we offer personalized solutions including custom specifications, specialized sealing materials, and smart control module integration. Our modular design and flexible production lines enable fast delivery for custom orders.

Applications

Send Inquiry

If you have any inquiry about a quotation or cooperation, please feel free to email or use the following inquiry form. Our sales representative will contact you within 24 hours.

X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.Privacy Policy
RejectAccept