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Precise Packaging Vibration Testing Equipment Runs Random Vibration Testing For Dummie

Brand Name:	PRECISION
Model Number:	VTS-10
MOQ:	1
Price:	$6000
Payment Terms:	T/T
Supply Ability:	100/month

Detail Information

Product Description

Detail Information

Place of Origin:

CHINA

Certification:

Customized Support:

OEM ODM

Sine Force:

20kN

Random Force:

20kN

Shock Force:

40kN

Frequency Range:

1-3000Hz

Displacement:

76mm

Velocity:

2.0

Table Size:

1200x1200mm

Packaging Details:

Standard export packaging

Supply Ability:

100/month

Highlight:

Precise Packaging Vibration Testing Equipment

Vibration Testing Equipment For Dummie

Product Description

Packaging Vibration Testing Equipment Runs Random Vibration Testing for Dummie

In the world of product packaging, ensuring that your goods arrive at their destination in one piece is crucial. Packaging vibration testing equipment, specifically those that perform random vibration testing, play a vital role in this process. This article will break down everything you need to know about such equipment, even if you're new to the concept.

1. Why Random Vibration Testing for Packaging?

Random vibration testing mimics the erratic vibrations that packages experience during transportation. Whether it's on a bumpy truck ride, a jostling train journey, or a turbulent flight, packages are subjected to a complex mix of vibrations. These vibrations can cause products to shift, collide with each other, or even get damaged. By subjecting packages to random vibration testing, manufacturers can identify potential weaknesses in their packaging design. For example, they can see if the cushioning materials are effective, if the product is securely fastened inside the package, or if the package itself can withstand the forces of vibration. This helps in reducing product damage during transit, minimizing returns, and ultimately saving costs.

2. Key Features of Packaging Vibration Testing Equipment

Precise Vibration Generation

The equipment is designed to generate a wide range of random vibration profiles. It can produce vibrations over a frequency spectrum that typically spans from 2 Hz to 2000 Hz. This broad range allows for the simulation of different transportation - related vibrations. For instance, the low - frequency vibrations from a large truck's engine can be replicated, as well as the higher - frequency vibrations from the rattling of a train's tracks. The amplitude of these vibrations is also precisely controllable, with a maximum acceleration that can reach up to 100 g and a maximum displacement of ±50 mm. This level of control ensures that packages are tested under realistic and challenging conditions.

Customizable Test Settings

One of the great things about this equipment is its ability to be customized. Different packages and products have unique requirements. You can set the specific frequency distribution, amplitude levels, and test duration according to your needs. For a delicate item like a glass vase, you might want to set a lower amplitude and a longer test duration to ensure its safety. On the other hand, a more robust product like a toolbox could handle higher amplitudes and shorter test times. The equipment allows for this flexibility, providing a tailored testing solution.

User - Friendly Interface

Even if you're new to vibration testing, the equipment is designed to be easy to use. It comes with a user - friendly interface, usually a PC - based control system with intuitive software. Operators can easily input the test parameters, start and stop the test, and monitor the progress in real - time. The software also provides clear visual displays of important data such as vibration frequency, amplitude, and the remaining test time. It's like using a simple computer program, making it accessible to those with little technical knowledge.

Durable and Reliable Construction

The equipment is built to last. It has a robust construction, with a test platform that is designed to securely hold packages during testing. The platform is made of high - strength materials that can withstand the forces generated during vibration testing. Whether you're testing small packages or large, heavy - duty boxes, the equipment can handle it. Its reliable construction ensures that you get consistent and accurate results every time you use it.

Specifications

Rated Sine/ Random/ Shock Force	2,400 kgf/2,200kgf/4,800 kgf	Armature Mass	24 kg
Frequency Range	5-3,000 Hz	Inserts Size (Standard)	M10
Max/ Continuous Displacement p-p	51 mm/ 51 mm	Load Attachment Points (Standard)	17
Max. Velocity	2.0 m/s	Natural Frequency-Thrust Axis	<3Hz
Max.Sine/ Random Acceleration	100/60g	Max Vertical Load Support	400 kg
Armature Diameter	440 mm	Stray field @ 152 mm above table	<1mT (10 gauss)
Fundamental Resonance Frequency	2.600Hz(nom.)±5%	Dimension LxWxH	1,160 mmx880mnx 1,050mm
Allowable Armature Overturning Moment	500 Nm	Weight (Uncrated)	1.700 kg

3. How the Equipment Works

Setting Up the Test

First, you place the package you want to test on the test platform of the equipment. Make sure it is securely fastened to prevent it from moving around during the test. Then, using the control software, you input the desired test parameters. This includes setting the frequency range, the amplitude of the vibrations, and the duration of the test. You can choose from pre - set profiles if you're not sure what values to use, or you can create your own custom profile based on your product's specific requirements.

The Vibration Process

Once the test starts, the equipment generates random vibrations. These vibrations are transmitted to the test platform, which in turn shakes the package. The random nature of the vibrations means that the package is subjected to a variety of vibration patterns, just like it would be during actual transportation. As the package vibrates, you can observe it through a viewing window (if available) or monitor the data on the control software. The software records important information such as the frequency and amplitude of the vibrations at different times during the test.

Analyzing the Results

After the test is complete, you can analyze the results. If the package and its contents have remained intact and in good condition, it's a sign that the packaging is likely suitable for transportation. However, if there are signs of damage, such as cracks in the package, product displacement, or broken items inside, it indicates that there are areas that need improvement. You can use this information to modify your packaging design, perhaps by adding more cushioning, changing the packaging material, or improving the way the product is secured inside the package.

4. Applications of Packaging Vibration Testing Equipment

E - commerce Packaging

With the booming growth of e - commerce, ensuring that products arrive safely at customers' doors is essential. E - commerce companies use packaging vibration testing equipment to test their packaging designs. For example, a company that sells electronics online can test the packaging of its smartphones to make sure they can withstand the vibrations of being shipped. This helps in reducing the number of damaged products that are returned, improving customer satisfaction, and protecting the company's reputation.

Consumer Goods Packaging

Consumer goods companies also rely on this equipment. Whether it's food products, cosmetics, or household items, they need to ensure that their packaging can protect the products during transportation. For instance, a food company can test the packaging of its glass - bottled sauces to make sure the bottles don't break during transit. By doing so, they can prevent product loss and maintain the quality of their products.

Industrial Product Packaging

Industrial products, such as machinery parts, tools, and industrial chemicals, often require special packaging. Packaging vibration testing equipment is used to test the durability of this packaging. For example, a company that manufactures large industrial machinery can test the packaging of its components to ensure that they can survive long - distance transportation. This helps in reducing production delays caused by damaged products and ensures that the industrial products reach their destination in working condition.

5. Conclusion

Packaging vibration testing equipment that performs random vibration testing is a valuable tool for any company involved in product packaging. It's easy to use, customizable, and can help you identify and fix potential packaging problems. By investing in such equipment, you can improve the quality of your packaging, reduce product damage during transit, and ultimately save money. If you're new to the world of packaging testing, this equipment is a great place to start. It provides a straightforward way to ensure that your products are well - protected during their journey from the factory to the customer. So, don't hesitate to explore how this equipment can benefit your business.

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products details

Precise Packaging Vibration Testing Equipment Runs Random Vibration Testing For Dummie

Precise Packaging Vibration Testing Equipment Runs Random Vibration Testing For Dummie

Precise Packaging Vibration Testing Equipment

Vibration Testing Equipment For Dummie

Packaging Vibration Testing Equipment Runs Random Vibration Testing for Dummie

1. Why Random Vibration Testing for Packaging?

2. Key Features of Packaging Vibration Testing Equipment

Precise Vibration Generation

Customizable Test Settings

User - Friendly Interface

Durable and Reliable Construction

3. How the Equipment Works

Setting Up the Test

The Vibration Process

Analyzing the Results

4. Applications of Packaging Vibration Testing Equipment

E - commerce Packaging

Consumer Goods Packaging

Industrial Product Packaging

5. Conclusion