4 Great Reasons To Use Shock Isolation Casters In The Workplace
There are several ways to benefit from these tools when it comes to using shock-isolating casters in the workplace. You’ll be able to reduce vibrations in your equipment, avoid body roll, and prevent aeration in the hydraulic fluid used in the machines you’re transporting.
Reduce Body Roll
Shock-isolating casters may be the ticket to a happier and more productive workforce if you have a large workspace or a fleet of mobile workers. Their multi-directional features make life easier for drivers and occupants alike. In addition to being a smart investment, they can also reduce employee injuries and save you money on labor and maintenance. They can even be installed in a snap. For example, with the right mounting hardware and caster bearings, you can mount a variety of different sizes of casters onto virtually any vehicle. You will need to choose the casters for the best fit for your needs, though. Whether you need casters with a rated load of 100 pounds or 18,000, you can rest assured that RWM Casters has you covered.
There’s no reason to settle for inferior products when you can get better quality casters for the price of a cup of coffee. Choosing the wrong caster could cost you more than you bargained for.
Prevent Damage to Merchandise During Transit
Shock isolators are a great way to protect your goods during transit. They can help reduce noise, increase stability, and prevent damage to your cargo.
Consider the right caster when moving heavy objects such as furniture, office equipment, or jet engines. Choosing the wrong one could result in a costly mistake or cause harm to your merchandise.
Shock isolating casters are the best way to protect your cargo. It’s also the most cost-effective method of minimizing vibration, noise, and other hazards. Whether transporting cargo in a warehouse, moving truck, or plane, these casters can provide the protection you need.
When choosing the best shock-absorbing caster, you may have a few questions. How much do they cost, what do they offer, and how do they work?
There are many options to choose from. Unlike standard cartwheels, they are designed to account for real-world issues in transportation. Some of the most important aspects of these casters include the ability to roll over obstacles, absorb shocks, and reduce body roll.
Reduce Vibration
Investing in shock-isolating casters is a great idea if you have sensitive equipment. These are typically spring-loaded to absorb shock. In addition to keeping merchandise safe and secure, they also minimize noise.
Shock-isolating casters can be used in various applications, from mobile workstations to ground support equipment. They also reduce vibration by up to 80%.
Vibration can damage machinery, causing it to break down. It can also lead to health issues for workers. The European Agency for Safety and Health at Work published a report outlining the dangers of workplace vibration.
When using shock isolating casters, ensure you use the right size for the application. Too light a load can lead to excessive vibration, while overloading can render the caster ineffective.
There are many anti-vibration materials, including natural rubber and synthetic rubber. Depending on the type of vibration you are trying to prevent, you will need to select a material that can withstand the harsh industrial environment.
Prevent Aeration of Hydraulic Fluid
There are several important factors to consider if you are looking to prevent the aeration of hydraulic fluid with shock-isolating casters. These factors include the type of system you are using, your casters’ design, and the amount of air in your system.
When you install shock-isolating casters, you can reduce vibration and noise from your vehicle by as much as 80%. This also helps minimize wheel wear and keeps merchandise from being damaged during transit. However, this can be negated if you choose the wrong type of casters.
Hydraulic systems are prone to aeration, which can cause damage to the system and result in a slower response time. Aeration can also lead to cavitation in the pump. Therefore, reducing the amount of air in your hydraulic system is very important to prevent the damage it can cause. Identifying the source of the problem is the first step in dealing with this issue.
