One of the great differences between companies that produce custom-made parts and tools is having a portfolio of trusted partnerships. This is because Tooltech Industrial Supply Store play a key role in this environment. And so, choosing them correctly directly impacts the quality of the final product.
So how do you make that choice and guarantee the best possible end product for your customer in terms of raw material quality?
Machining material suppliers: how to choose correctly
Let's think about all the processes carried out in machining, which are those that modify raw materials and transform them into made-to-measure parts and tools. It is possible to understand the important role of a quality supplier, right? After all, the material is the origin of everything, and it is what will be machined to meet customer demand!
But when we go to the day to day, we know that this choice is not always easy. Many companies have difficulty choosing good suppliers, evaluating their materials and knowing how this will impact the final product.
Therefore, we have separated some items that we consider important for you to evaluate about your machining material suppliers. You can see that, in general, this checklist can be used for any company that needs a good material supplier!
#1 Understand supplier quality parameters
Every company that deals with many materials needs to have internal quality parameters that guarantee the quality, purity and correct specifications of the material.
Therefore, when evaluating your machining material suppliers, try to understand what processes are carried out internally to ensure the quality of these materials.
Check the quality processes of storage, production, packaging, product delivery, etc.
A good supplier is concerned with all these details, in order to have all the guarantees of the quality of their products.
#2 Evaluate tests and certifications
In addition to all the details mentioned above, it is important that your trusted supplier also regularly performs tests – both physical and chemical – on materials. This naturally leads to an even more assured guarantee!
A good indicator is also whether the company has quality certifications, such as ISO 9001. This is because, to obtain them, a series of standards and requirements are required, which will also bring you security.
#3 Good negotiations
A good commercial partner also has to be able to carry out good negotiations with your company.
Flexible payment terms, compliance and adequacy of delivery deadlines as needed, delivery methods, among many others, are good points when evaluating material suppliers for machining.
Thus, with this partnership signed, you also have security and support in special and sporadic cases, when you may need, for example, a task force to deliver a project with a shorter deadline.
Advantages of having a good raw material supplier
And yes, when we talk about machining material suppliers, it is clear that a good choice brings benefits to your business as well. Check it out:
Productivity increase
That's because you will have materials in ideal conditions of quality and durability for your project. This avoids stoppages, reassessments and even problems in the production process.
Receiving a material with a hardness different from that described, for example, could stop an entire machining process. In addition to this harming the final product and your machining tool, too.
Versatility
Having a good supplier will allow you to have a larger portfolio of products and materials at your disposal.
That's because, by trusting it, you can also explore other materials it offers, as you trust all its quality parameters.
More security in every process
As we said in the first item, having a good supplier ensures that you are getting exactly the raw material you bought.
And that, of course, when we consider everything that involves the machining processes, gives more security to the project. This is because it will already be a project considering what you bought and, if it were different, errors and problems would certainly happen during the process.
0
0
