Vibration testing involves subjecting products to repeated oscillations at specific levels and frequencies, replicating the complex vibrations experienced during everyday use. These vibrations can arise from nearby reciprocal machinery or the uneven road surfaces encountered during transportation. By employing vibration testing methods, we can simulate these conditions and address any issues early in the production process, allowing manufacturers to implement any design changes before finalization. This proactive approach helps to save both manufacturers and customers valuable time and money in the long run.
Vibration testing is a legal requirement for certain products to be commercially viable. In such cases, it is performed as part of the type approval process by accredited institutions like Axis Test Laboratories, ensuring adherence to the highest engineering procedures and full traceability of all processes. While not all products require vibration testing for approval, some third-party customers specifically request it to demonstrate the quality of manufacture and provide peace of mind regarding the durability of critical components in day-to-day usage.
Vibration testing serves as an excellent means of identifying construction weaknesses and locating potential problems well in advance. This is particularly crucial for products where inaccessible components could lead to costly disruptions in operations. By assessing resonant frequencies likely to be encountered and verifying that extended exposure to such frequencies does not affect the product's performance, vibration testing helps determine the product's suitability for its intended environment.
Vibration testing can uncover a wide range of issues and potential problems. Imbalances in construction can exert stress on materials, leading to metal fatigue, cracks, fractures, and breakages that impact the product's functionality and potentially cause injury or loss of production. This is especially important for safety-critical equipment, helping to ensure functionality is maintained even in the most harsh environments.
Vibration testing can be conducted on virtually any product, provided the testing equipment can withstand the weight of the item being tested. For larger systems, individual components may be tested separately.
It is highly recommended to perform vibration testing on equipment exposed to reciprocating machinery or those requiring transportation and utilizing delicate, critical components, even if it is not mandated by the associated standard. This proactive approach validates the design quality, helping to prevent returns and failures.
Axis Test Laboratories boasts extensive experience in testing various products, including subsea constructions, high-pressure pipeline connections, VMS and light systems, military products, and a diverse range of sensors and sensor equipment. With our expertise, we can meet your testing requirements and deliver tailored solutions that ensure your products meet the stringent demands of a quality-focused marketplace.
Axis Test Laboratories vibration testing equipment is capable of reproducing both low and high frequency conditions in a variety of forms.
Some equipment can be attached directly to the vibration tables, but equipment may require specialist jigs and fixtures to mount correctly and securely. Axis Test Laboratories can help you with the design and manufacture of these if required, allowing your product to be securely fitted to our vibration machine providing repeatable, accurate results.
| UKAS Accreditation | Capabilities |
|---|---|
| BS EN 60068-2-6: 2008 IEC 60068-2-6: 1996/2007 BS EN 60945: 2002 |
VIBRATION - Sinusoidal (ambient temperature) Frequency Range 2 to 3000 Hz Maximum PK/PK Displacement: 50mm |
| BS EN 60068-2-64: 2008/2019 |
VIBRATION - Random (ambient temperature) |
| MIL-STD 810G |
VIBRATION - Sine on Random, Random on random (ambient temperature) |
(please contact our Laboratory Manager for more details).
