David Martin, managing director at aerospace tooling supplier Heamar, provides his top tips for expanding the lifespan of your precision tools..


Prioritise durability when purchasing 

When selecting your tooling, it is important that you consider more than just the price. While affordability can be tempting, you must evaluate factors such as the manufacturer’s guidance on tool life and whether the tools have demonstrated proven performance and durability in your industry. 
Purchasing high-quality tools made from robust substrates and cutting-edge coatings is crucial in the aviation industry because harsh materials can quickly deteriorate tooling. Although they may be more costly initially, they can significantly reduce the cost over time by reducing the need for replacements and the likelihood of unanticipated failures.

Think about storage

Proper storage is often overlooked when it comes to precision tooling despite the fact that it can prevent them from potential damage and accidental mishandling, while keeping them in a cool, dry, temperature-controlled environment also stops rust from forming and damaging what the tools are designed for. Try and avoid overcrowding the storage area and, to keep them safe and secure, use inserts, racks, and cabinets.

Routine maintenance is essential 

Precision tools require routine inspections to maintain cutting geometry and surface quality. Tools that are allowed to degrade over time can perform poorly and also pose safety risks, such as damaging workpieces or failing during use.

Handle them correctly

When choosing a tool, consider key factors such as material type and cutting speed to ensure it is suitable for the task. 
Once selected, you’ll also want to make sure that you handle it with care and avoid dropping or striking it against hard surfaces. Even minor damage can affect accuracy or cause breakage.

Keep a close eye on performance 

Finally, make sure you perform regular checks on your tools to ensure they are working at their best. 
If a tool is underperforming, the consequences can be costly. To make sure they stay within the suggested ranges, keep an eye on variables like cutting speed, accuracy, and output quality. To maintain high-quality results and prevent expensive delays or rework, address any performance decline as soon as possible.

For more information, please visit:  https://www.heamar.co.uk/crimping-tools.html 

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