カスタムプラスチック金型メーカーはどのように金型を製造しますか？

カスタムパーツの製造に関して、最も重要なことは金型です。 エラーのない金型があれば、エラーのない部品やコンポーネントを使用できます。 したがって、カスタムプラスチック金型メーカーが金型を作成する方法の基本を理解する必要があります。

If you are aiming to produce high-volume custom parts you should consider injection mold. There are different types of injection molding. Choose the one that would suit your need for perfection.

However, before you start any project it is important to consider factors such as the size of parts, making of these parts, tooling budget, the material used, or the parts quantity. Also, learning about the basic mold making machines would be great.

So, in this blog post, we will be covering all these aspects. So, without any further delay, let us get started!

Custom Plastic Mold – Mold Making 

Determining Parts Quantity

If you are aiming for high volume custom plastic products, you should be planning for at least 100,000 parts or more. This is usually the minimum quantity required by most custom plastic mold manufacturers.

Therefore, it is important to consider your product plans and whether you need that kind of part or components number.

Creating and Evaluating your Tooling Budget

Another important factor that requires consideration is your budget for tooling. This includes your design and creation of the tool. Make sure you look into every aspect before you go ahead with your project.

The complexity of your mold will directly influence its cost. So, a good idea is to reduce mold complexity. Try to make it as simple as possible to keep the cost low. Also, focus on other aspects that would help you reduce the cost.

Also, focus on the tools that you would use for the creation of molds. Below, we have listed some common and popular tools.

Standard CNC Machining

The orthodox form of the CNC machining requires milling, manual use of lathes, and drill presses. However, with technological advancement, the CNC machining has become the most dominant means of creating complex and high-level molds.

While it is using the standard machining methods, it still can produce complex molds. With CNC, they use computers to control the operation and movement of the lathers, mills, and other several cutting machines.

However, modern CNC machining systems have become sophisticated and advance. The current systems are fully automated in terms of mold designing and manufacturing processes.

It now uses a computer-aided manufacturing software (CAM) to define the mechanical dimensions of the mold. The instructions are translated into specific commands using a post-processor software. This is imperative for every machine that creates a mold.

The resulting command is loaded into the CNC machine for the manufacturing process to start.

Electrical Discharge Machining

Another famous machine for making molds is electrical discharge machining (EDM). This process uses an electrode to obtain the desired shape of the mold. The shape is fabricated out of copper or graphite. Next, comes the mounting in the EDM machine.

Later, it is positioned over the workpiece. It is submerged in a dielectric fluid. The workpiece comes into contact with the electrode. Thus, you would be using a controlled electrical source to disperse the metal in different areas that are opposite to the electrode.

The workpiece never comes in contact with the electrode. There is always a gap between the electrode and the workpiece. The gap is a few thousandths of an inch. Although, the EDM process is slower when it comes to removing the metal from the mold especially when you compare it with the CNC machining.

However, with EDM the カスタムプラスチック金型メーカー are able to acquire the most difficult shapes. Something they are not able to achieve via the conventional CNC machining. Another great thing about the EDM process is that it provides the facility of working with pre-hardened molds.

Thus, it eliminates the requirement of additional heat-treating methods. What more is that the finial resulting of EDM finishes tends to be the final finish. You do not recover additional working on the polishing of the mold cavity.

Mold Design

There are two main components of the plastic injection molds, first is the cavity half of the mold and the second is the ejector half of the mold. It is important for the mold halves to work in conjunction. Below, is how they work together.

The plastic resin from the molding machine would enter through the gate or the sprue on the first half of the mould.

Injection barrel’s nozzles have a sprue tightly sealed against it. This ensures that the molten plastic tends to flow seamlessly from the barrel to the cavity or the mold.

The molten plastic is passed through different channels – runners. The sprue bushing is responsible for the direction of the channels. These channels have access to the faces of both the first and the second half of the mold.

The molten plastic enters a specialized gate via the runners. Thus, allowing the molten plastic to enter the cavity in order to shape the requested parts.

While designing the mold, it is important to remember that the molded parts reliably remain in the second half of the mold when it opens.

The manufacturers take out the sprue and the runners from the first half of the mold. Thus, allowing the molded part to fall freely once, it is ejected from the second half to the mold.

A single plastic injection mold has just one cavity. This means it has the ability to produce only one part at one time. It is possible for the molds to have multiple cavities. Ensuring high-production molds. For example, a bottle cap molds can have 100 plus cavities. Thus, it can produce multiple bottle caps at one given time.

Size Considerations and Design Production

It is not possible to create all parts using the injection moulding process. Good custom plastic mold manufacturers would evaluate the design before approving it. They would work on the design, make changes if required to ensure that a structurally sound part is produced.

Also, the optimization of the design would help down cut the cost. The designers would make all the required changes to ensure that the parts of working and accurate. If you need smaller size parts, we recommend that you use the injection molding process.

In this case, make sure that the design is not bigger than 10 x 10 x 10 inches. Therefore, you should consider different ways in which your design can take advantage of smaller parts in greater numbers. In comparison to the larger but fewer parts.

Custom Plastic Mold Manufacturers Focus on Material

It is imperative to focus on the material that you would be using for your products and parts. There are certain designs that allow flexibility, whereas some require specific requirements due to toa particular material.

Rely on your manufacturer’s advice when it comes to choosing the right material. After all, they have the experience as to how a certain material would work with their injection moulding process. They would also be able to offer you an equally good substitute for an expensive material.

After all, they have been in the industry long enough to understand all its ups and downs. They would be the most authentic source of information for you.

Take Away

Kaito Mould is among the leading custom plastic mold manufacturers. They have been providing high quality and effective injection moulding services for several years now. Their experience and their knowledge of the industry would help them deliver high-quality parts or components.

彼らはあなたの部品設計を作成するのに役立ちます。 さらに、金型の製造だけでなく、製造での使用についても評価します。

あなたは今日彼らに連絡を取り、あなたのデザインについて話し合い、彼らがあなたのアイデアを現実に変換できるようにするべきです。 結局のところ、私たちは一流の射出成形会社です。