JMZ-T1 Series

Redefining Stability Boundaries: How the JMZ-T Series Transforms Equipment Performance Foundations into Strategic Advantages?
In the world of precision engineering, a frequently underestimated truth remains: the ultimate accuracy of any equipment can never exceed the stability of its installation foundation. Vibration—this omnipresent "precision assassin"—stems not only from external sources like ground fluctuations and human movement, but more importantly, from the moving components within the equipment itself. The JMZ-T Series friction damping vibration isolators, launched by Xi'an Hoan Microwave Co., Ltd., bear a mission far beyond traditional "vibration reduction." Its goal is to redefine the stability boundaries of equipment, transforming the basic vibration isolation process from a cost expenditure into a core strategic performance advantage.

Traditional vibration isolation solutions, such as rubber pads or ordinary springs, often act as passive defensive roles. While they can absorb some energy, they may also trigger resonance at specific frequencies, or even cause prolonged oscillation of the equipment system due to insufficient damping—conversely undermining the equipment’s settling time. The revolutionary nature of the JMZ-T Series lies in its proactive "energy management" philosophy. Its innovative multi-stage friction damping mechanism functions like a highly intelligent energy converter: when vibration energy is transmitted, it does not simply store or reflect the energy. Instead, through precisely controlled internal friction pairs, it efficiently and controllably converts mechanical energy into thermal energy, which is then dissipated.

The core advantage of this process is "rapid stabilization." For precision measuring instruments, this translates to faster reading stabilization and higher data repeatability; for high-end manufacturing equipment—such as lithography machines or ultra-precision machining centers—it directly translates to superior processing consistency and lower scrap rates.

Choosing the JMZ-T Series thus represents a paradigm shift. What you are purchasing is not merely a physical component, but a "performance amplifier" that elevates the performance calibration of your entire equipment. By creating a near-ideal static working platform, it unlocks the equipment’s design potential, allowing engineers to pursue extreme precision on a more stable foundation. In an increasingly competitive market, this subtle advantage rooted in foundational stability often becomes the key to determining whether a product leads the industry or not. The JMZ-T Series is precisely the reliable partner that helps you build this foundational advantage.

Structural dimension diagran

Technical Parameter Table

Vibration Curve or Impact Curve of JMZ-T1 Series

Vibration

Impact

Xi'an Hoan Microwave Co., Ltd. was established in 2005. The company is located in the High-tech Zone of Xi'an. The company covers an area of ​​800 square meters, including 500 square meters of production area and 300 square meters of office area. It is a professional enterprise specializing in the development, production, sales and technical services of military and civilian electronic components, cable assemblies, high-precision electrical connectors, vibration isolators, microwave antennas, waterproof breathable valves and other products.
Our products are widely used in military electronic equipment, aviation communications, postal and telecommunications, civilian electrical appliances, instrumentation and other technical fields. The products are sold all over the country. At present, there are more than 100 military and civilian customers.
Hoan has obtained ISO9001:2005 quality management system certification and military equipment quality management system certification. Since its establishment, the company has strictly organized and implemented operations in accordance with the standard requirements of the quality management system. The product quality is stable and reliable. There have been no customer complaints about quality and leakage accidents, and no production safety accidents.