Advantages in vibration isolation Air springs achieve uniform isolation by maintaining constant natural frequency regardless of changing loads. Their natural frequency ranges from 1.2 Hz to 3.5 Hz, offering superior vibration isolation. This results in significantly extended machinery life by reducing…
Green manufacturing techniques in air spring production tips
In our industry, adopting green manufacturing techniques isn’t merely optional—it’s imperative. Our production processes integrate sustainable methodologies, especially when manufacturing air springs. Utilizing advanced elastomers, our air springs achieve high durability, longevity, and reduced environmental impact. Continuous process improvement has notably…
Air springs temperature regulation for enhanced performance
Integrating precise temperature management into air springs temperature regulation greatly enhances performance, reliability, and lifespan. Temperature fluctuations directly influence the internal stiffness and operational efficiency of air springs, potentially causing premature material degradation. By stabilizing internal temperatures, variations in structural integrity…
The role of air bellows in automated guided vehicles
Automated guided vehicles (AGVs) rely on precise, adaptive systems for motion control and vibration absorption. Our engineering experience shows that air bellows are crucial in achieving these goals. By replacing traditional rigid actuators and isolators, air bellows significantly enhance AGV performance…
Air springs in mining equipment: Unique challenges and solutions
Mining environments demand components that withstand vibration, heat, and continuous loading. Air springs in mining face severe stress daily. Our designs use multi-layer elastomer membranes with internal fabric reinforcements. These are compression-molded and laser-joined to form sealed, pressure-tight units. Wall thicknesses vary between…
How air bellows improve HVAC efficiency and reduce vibration
HVAC systems demand precise vibration isolation, height control, and noise reduction for optimal efficiency. Our engineering team continuously refines how air bellows integrate into these systems. Instead of rigid actuators or traditional springs, we rely on high-performance air springs for both…
Air bellows isolation improves residential vibration performance
Integrating air bellows for residential building isolation offers unparalleled benefits in terms of vibration control, structural protection, and sound insulation. As engineers, we prioritize reliable, adaptable solutions that optimize building performance across various load conditions. Using air bellows under structural supports…
Air springs in entertainment: best for rides and stage setups
When working with air springs in entertainment, our goal is to offer performance, safety, and ease of integration across dynamic platforms like amusement rides and stage systems. These systems often operate in high-impact environments where reliable movement and vibration damping are…
Application of air springs in the medical industry
In precision-driven sectors like the medical industry, consistent performance and reliability are paramount. One key element in achieving this is the integration of air springs into essential equipment. At Tevema, we provide high-quality air bellows designed specifically for demanding environments where…
Use of air springs in lift tables: Benefits and limitations
Integrating air springs into lift table systems is a strategic decision for optimizing performance, reliability, and efficiency. At Tevema, we recognize the engineering challenges behind elevating platforms that require consistent force, adaptability, and vibration isolation. By implementing air springs in lift…