Atswell has been focusing on the vibration reduction and isolation industry for decades. As a vibration reduction and isolation solution provider, our company provides systematic and integrated solutions for vibration and noise control and impact protection according to different needs of customers. It not only involves the selection and configuration of vibration isolators and limiters, but also includes comprehensive services in damping systems, structural design and manufacturing (such as floating raft platforms), installation processes, monitoring and maintenance, simulation calculations, etc., to ensure that a one-stop vibration reduction and isolation solution that satisfies customers is delivered.

The impact-resistant composite vibration isolator is an innovative product that integrates a variety of advanced technologies and materials. In terms of structure, it adopts a unique composite structure that organically combines metal structural parts with materials with different characteristics such as high-damping rubber. The metal structural parts provide basic bearing capacity and basic stiffness to ensure stability under large loads and impacts; the high-damping rubber can effectively absorb and dissipate vibration energy, and partially compensate for the bearing capacity and stiffness, greatly improving the vibration isolation effect. This combination allows the product to take into account the stability and large deformation of metal vibration isolators and the damping characteristics of rubber, and its performance is far superior to vibration isolators made of a single material.

The overall structure of the all-metal three-way equal-rigidity vibration isolator uses only metal materials, and has excellent performance with consistent static and dynamic stiffness in multiple directions. It can withstand various extreme environments, has high strength and a stable and reliable structure. It can maintain stable performance in complex, changeable and extreme working environments, and provide vibration reduction and isolation protection for various types of equipment or pipelines.

The steel rope isolator is composed of stainless steel cables passing through aluminum alloy or stainless steel fixed mounting plates, and has the function of effectively isolating shock and vibration. Ovida steel rope isolators are made entirely of corrosion-resistant metal parts, so they are insensitive to changes in the surrounding environment and are not affected by temperature fluctuations, chemicals, oils, ozone and other erosions, showing excellent shock and vibration isolation performance. Specially designed impact-resistant steel rope isolators can provide more excellent performance and damping ratio according to customer needs. This type of isolator is particularly suitable for high-load capacity requirements and high-impact application scenarios. Its deformation can reach up to 70-80%.

Rubber vibration isolator is a device that uses the elastic properties of rubber materials to achieve vibration isolation or vibration reduction effects. Its working principle relies on the deformation ability of rubber. By absorbing and dissipating vibration energy, it effectively reduces the impact of vibration on the surrounding environment or equipment. The device is usually composed of a rubber body and a metal structural part, in which the rubber body is responsible for providing the required elasticity and vibration isolation performance, while the metal connecting parts are used for the installation, fixation and built-in limit of the device. The structural forms of rubber vibration isolators are diverse, including cylindrical, conical, flat, etc. Natural rubber or synthetic rubber is used as the material, and has the advantages of excellent elasticity, damping characteristics, fatigue resistance and corrosion resistance. The main rubber vibration isolators produced by our company include BE type vibration absorber, B type reinforced vibration absorber, E&EA type vibration absorber, 6JX type vibration absorber, SH series rubber vibration isolator, WH&WHG series rubber vibration isolator, TSH series rubber vibration isolator, etc.

The main function of the limiter in the vibration isolation platform is to prevent the platform from excessive displacement or tilting when it exceeds the normal working range, and to protect the vibration isolator and the platform structure from damage. It is usually used in conjunction with vibration isolators (such as wire rope vibration isolators, rubber vibration isolators or air flotation vibration isolation systems) to ensure the freedom of the platform during normal operation and provide necessary physical restrictions under extreme working conditions to prevent equipment failures or safety hazards due to excessive vibration or sudden impact.

Hydraulic buffer is a device designed to slow down or absorb impact energy in mechanical systems. The hydraulic buffer produced by Aoweida consists of a piston, a cylinder, hydraulic oil and an adjustment mechanism. It has a compact structure, a small size and a high energy consumption capacity. The life and quality have obvious advantages over similar products at home and abroad. When this type of product is working, after being impacted by external force, the piston moves rapidly in the cylinder, compresses the hydraulic oil, and consumes energy through the damping effect of the oil, thereby achieving a smooth deceleration and energy consumption effect. The adjustment mechanism enables the user to adjust the resistance of the piston movement according to actual needs, thereby achieving precise control of the buffering force. The hydraulic buffers currently produced by our company include fixed, adjustable, and ultra-long life types.

The ED series heavy-duty hydraulic buffer adopts a hydraulic combined with a built-in accumulator design with a compact structure. While providing large-capacity absorption capacity, it ensures the stability and gentleness of the damping force. The design of ultra-long stroke and ultra-high reciprocating life can be applied to various heavy machinery that require deceleration or damping force control, such as automated warehouses, rail devices, gantry cranes, and automated production lines.
The EI series heavy industrial buffer adopts a gas-liquid hybrid design with a strong single energy absorption capacity, especially suitable for safe braking of large or super-large machinery and equipment. It is widely used in cranes, rail devices, steel, coal, railways and other fields. The large cylinder diameter and high capacity design provide reliable energy absorption capacity while ensuring the application life.

The friction spring damper is an all-metal structure. It uses the friction between the annular metal spring sheets. The inner ring and the outer ring slide against each other on the conical surface. Each ring undergoes elastic deformation, the outer ring is stretched, and the inner ring is compressed. A large amount of energy is dissipated during the friction stroke, and it has excellent damping energy dissipation performance.
Compared with traditional hydraulic dampers, the friction spring damper adopts the all-metal friction principle, eliminates hydraulic oil, effectively avoids the risk of oil leakage, greatly improves environmental adaptability, and is resistant to high temperature, low temperature, corrosion and other harsh environments. At the same time, it has extremely high energy efficiency and is widely used in the field of military, industrial and building bridge structure vibration reduction.

For pipeline vibration isolation solutions, Ovida provides two products: multi-degree-of-freedom hangers and all-metal pipe clamps, which are designed to solve vibration and displacement problems in complex pipeline systems. Multi-degree-of-freedom hangers have flexible installation methods to meet the installation requirements of pipelines at various angles and directions, effectively reduce vibration transmission, and ensure the stability and safety of the pipeline system. All-metal pipe clamps adopt an integral metal structure, which can withstand various extreme environments and has a long service life, providing excellent vibration reduction performance for pipelines.
Ovida’s pipeline solution has stable performance and longer service life under special working conditions such as ultra-high temperature, ultra-low temperature, and irradiation, which has obvious advantages over traditional rubber hangers.