Aviation tools are valuable assets, commonly known for being versatile, powerful, and accurate. Unfortunately, implementing more advanced maintenance methods is important to ensure those tools maintain efficiency and reliability.

Understanding Tooling Maintenance in the Aviation Industry

It refers to inspecting aviation tools for issues or damage that may result in downtime and then fixing and addressing those problems. Through a maintenance program and schedule, you cannot just minimise downtime. You can also prolong your tools’ lifespan and ensure they are safe.

Maintenance is a crucial process for the aviation industry. It saves airline companies money, keeps their mechanics safe, and improves quality. Regular maintenance schedules must include reporting, inspection, maintenance, and cleaning.

Common Tools

Here are common tools that aviation mechanics must offer maintenance services to:

  • Pliers: These include needle nose, diagonal, and duckbill pliers for adjusting, twisting, and cutting.
  • Screwdrivers: They are important for unfastening and tightening bolts, screws, and nuts with the required precision torque.
  • Impact drivers: These are necessary for removing corroded or over-fastened bits effortlessly.
  • Wrenches: These include socket, torque, combination, and adjustable wrenches for different fastening tasks.

Why Offer Aviation Tool Maintenance?

Efficient tool management is important, especially in industries like aviation. Offering maintenance can minimise costs, optimise productivity, and increase accuracy.

Best Practices

If you are fed up with production delays and expenses in your airline company, it is high time you start offering maintenance to your tools and equipment. The following are the best practices to offer maintenance to your tools:

1.     Control Moisture

Moisture is the number one enemy of many tools. It often results in decreased efficiency and corrosion. To deal with this, you can use a water separator or desiccant dryer, especially in humid environments. Another way to handle this is to routinely monitor relative humidity.

2.     Lubricate

Lubrication might be a basic maintenance practice, but it is important. Proper lubrication helps minimise friction between parts and avoid wear and tear that might result in tool failure. Use the right lubricant for your tools and follow a lubrication schedule.

3.     Follow Usage & Storage Best Practices

An overload failure may occur when a tool is used beyond its limits. Every tool is made to carry out particular tasks at a very specific speed.

Therefore, if you overuse it in terms of composition or weight, it might strain its components, cause bends/fractures, or loosen joints. This is why it is important to follow the best practices for storage and usage.

4.     Train Your Crew

Training your crew is important to ensure aviation tools’ efficient and safe operation. Every team member in the maintenance department must be familiar with the procedures, limitations, and tools and should effectively and quickly respond to emergencies. To better train your team, focus on the following:

  • Initial training
  • Recurrent training
  • CRM (crew resource management)

5.     Replace

Knowing when to replace your tools is important for effective and safe operations. You must immediately replace damaged, chipped, or cracked tools.

Failure to do so may result in serious injuries. You must also replace your tools when they reach the end of their service life.

 

In conclusion, aviation tools are great investments for any airline company. Regular maintenance ensures productivity and safety and increases the mileage of these tools.