Maglev Automatic Hermetic Sliding Door

We invite you to contact OWNIC. We are a reliable manufacturer and supplier offering customized solutions for medical and commercial doors—including this high-quality Maglev Automatic Hermetic Sliding Door.

Utilizing advanced magnetic levitation linear drive technology, this product moves beyond traditional motor-and-belt/gear transmission systems to achieve contactless operation, delivering superior precision control and exceptionally quiet performance.

What Problems Can the Maglev Automatic Hermetic Sliding Door Solve?

For high-end medical institutions with advanced operational requirements, we recommend upgrading to this Maglev Automatic Hermetic Sliding Door. Compared to traditional medical doors, it offers superior performance and is capable of addressing a wider range of operational challenges.

● Problem: Dust Contamination

Traditional belt-driven systems generate trace amounts of abrasive dust during operation; in contrast, the magnetic levitation drive is wear-free and dust-free, thereby meeting the stringent requirements of the highest-grade cleanroom laboratories.

● Problem: Space Constraints

The magnetic levitation track structure is lighter, thinner, and more space-efficient than traditional drive mechanisms. Consequently, during the planning and construction phases, it allows for greater design flexibility—even within the limited confines of hospital corridors.

● Problem: Failure to Open During Power Outages

With safety requirements in mind, we have designed this magnetic levitation door to include a manual override mode. In the event of a power failure—and the consequent loss of magnetic force—the door body encounters minimal sliding resistance, allowing medical staff to easily push it open with just one hand, thereby ensuring fire safety compliance.

Post-Installation Acceptance Checklist

1. On-Site Airtightness Testing

Upon completion of the installation of the Maglev Automatic Hermetic Sliding Door, an on-site airtightness test must be conducted. A capture hood or differential pressure gauge should be used to measure the air leakage rate; this rate must be ≤ 0.5 m³/(m²·h) for standard models, or ≤ 0.25 m³/(m²·h) for Maglev/high-end models.

For negative or positive pressure rooms, the door's ability to maintain the required pressure differential while in the closed position must be verified (e.g., ≥ 5 Pa for operating rooms).

2. Operational Performance Testing

The newly installed Maglev door must undergo a test consisting of 50 consecutive open-and-close cycles. The adjustable range for the door's opening and closing time is 1 to 11 seconds.

A noise level test should be conducted at a distance of 1 meter from the door; the measured noise level for the Maglev door must be ≤ 35 dB.

3. Safety Function Testing

To ensure safe long-term operation, safety function tests are mandatory. Please verify that the anti-pinch safety feature is effective, that the emergency opening mechanism functions correctly, and that emergency backup functions remain operational in the event of a power failure.

Our Services

As an industry-leading manufacturer with over 40 years of experience, OWNIC provides comprehensive service guarantees to ensure the successful delivery and subsequent long-term, stable operation of every project. By partnering with us, you will benefit from:

Detailed Technical Drawings: Upon order confirmation, we provide detailed drawings specifying the placement of embedded parts as well as electrical wiring diagrams.

High-Definition Installation Tutorials: We offer video demonstrations tailored to specific product models.

Real-Time Remote Guidance: Our technical engineers are available via video conferencing to resolve on-site installation challenges in real time.

Project Acceptance Standards: We provide a dedicated installation acceptance checklist covering various key metrics, including airtightness testing, operational noise levels, and operating speeds.