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Why does aluminum processing pay attention to appearance quality?

Why does aluminum processing pay attention to appearance quality?

For more details, please visit our website: https://www.toyoharahamono.com/

In aluminum processing, not only dimensions and shapes but also appearance quality are important. Especially for parts used in semiconductor manufacturing equipment, even slight scratches, dents, clamp marks, or contact marks can render the product unusable. Aluminum is relatively soft and prone to scratches, so care is needed not only during processing but also during storage, transportation, chip entanglement, and handling with gloves. Even if processing is completed without issues, the final handling can lead to appearance defects. Additionally, after anodizing, scratches, processing marks, and material differences that were not noticeable during processing may become visible on the surface. Therefore, we proceed with work while considering not only the processing method but also the condition of the materials and storage methods. For products with high appearance quality, it is essential not only to avoid scratches but also to ensure an environment conducive to detecting scratches. We pay attention to factory lighting, task lighting, and cleanliness, being mindful not to leave unnecessary marks. Even simple aluminum parts on drawings are managed for quality in actual processing sites, considering not only dimensions but also appearance and subsequent processes. At Toyohara Knife, we value not just being "processable" but also "consistently producing viable products," and we engage in manufacturing every day with this in mind.

  • Processing Contract
  • Aluminum precision cutting

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The story of the processing site and "accumulation."

The story of the processing site and "accumulation."

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When hearing the term "machining accuracy," many may envision high-performance machine tools or special techniques. Of course, those are important as well. However, we believe that machining accuracy is something that is developed through small daily accumulations. Machining begins even before the material is attached to the machine. We check the condition of the machine tools and equipment, inspect the cutting tools and materials, and perform measurements as necessary. During machining, we continuously check dimensions and make corrections, stopping if any abnormalities arise. In the field, work can be interrupted by phone calls or sudden consultations. When we step away from our station and return, we may measure again "just to be sure." While this may seem like a waste if only efficiency is considered, we believe that the attitude of not proceeding with "probably okay" contributes to quality. The condition of machine tools, equipment, and measuring instruments gradually changes with time and temperature. Even if we are machining in the same way every day, no two days are exactly alike. It may not be flashy work, but we face manufacturing each day while valuing the small accumulations of "just to be sure, let's measure again."

  • Processing Contract
  • Aluminum precision cutting

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The story of the processing site and "not being able to go back."

The story of the processing site and "not being able to go back."

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Cutting processing is a job that shapes materials by gradually shaving them away. Once material is cut, it cannot be returned to its original state. It is not like erasing a mistake with an eraser at school. Therefore, we take measurements multiple times during the processing. Measurements taken during processing are not for inspecting the finished product. They are to determine whether to continue processing, make corrections, or stop at that point. We measure to make that judgment. We make corrections based on the measured numbers, but that judgment does not always yield the desired results. There can be mistakes in input, or we may overcorrect due to assumptions. We check the dimensions. "…" We measure again. "…" The results do not change. Once material is cut, it cannot be returned to its original state. That is why we process not just by looking at the numbers, but by considering what those numbers mean, where the cause lies, and how to avoid repeating the same mistakes next time. I believe that is also part of the job of cutting processing.

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The story of the processing site and the "floor."

The story of the processing site and the "floor."

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The widest place in the factory is neither the machines nor the shelves. It is the "floor," which we walk on and see many times every day. I still remember telling my father, "It's dirty," when I saw the oil-stained floor and the piled-up materials as a child. That sense of discomfort did not change even after I joined the company. That is why I have gradually continued to do what I can, such as wiping the desk, tidying up unnecessary items, and sweeping the floor. Eventually, I repaired and repainted the floor that I had hoped to paint someday, and it became the factory we have now. The floor gets dirty every day. However, because we see it every day, we can notice small abnormalities, such as oil leaks, the amount of metal shavings, and fallen screws. I believe that having a well-maintained working environment is an important foundation that leads to quality and safety. The floor cannot process products. However, it can create an environment that supports manufacturing. As I reduce the discomfort I felt as a child, I will continue to make improvements, aiming for a slightly better factory than yesterday.

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We are offering a document that outlines "4 Selection Points for Aluminum Processing Companies"!

We are offering a document that outlines "4 Selection Points for Aluminum Processing Companies"!

As a specialist in precision aluminum machining, I will share four key selection points for choosing an aluminum processing company!

Did you have any of these concerns when requesting aluminum processing? ■ After aluminum processing, I had to request surface treatment from a different company, which also involved additional work like reinforcing screw holes... ■ Since only large machines were available, machining small workpieces resulted in significant waste... ■ When I requested a variety of small lots, I was turned down... To solve such concerns, we have published a document on the "Four Selection Points for Aluminum Processing Companies" that we understand as specialists in precision aluminum machining! Please download it from the PDF below.

  • aluminum
  • Aluminum precision cutting

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About the flow of the processing site.

About the flow of the processing site.

For more details, please visit our website: https://www.toyoharahamono.com/

About the Flow in the Processing Site In the processing site, there is a sense that cannot simply be explained by the idea that "faster is better" or "the shortest is correct." Processing machines, tools, measurements, setups, and human movements may seem independent, but in reality, they are all connected within a single flow. When this flow is organized, it leads to quality and stability in work. If you forcefully increase the processing speed, you may temporarily shorten the time, but it can lead to other problems such as mistakes, tool damage, measurement omissions, and disruptions in procedures. Prioritizing partial efficiency can often result in overall inefficiency. Moreover, each person has their own rhythm they excel at. Instead of demanding the same speed from everyone, it is important to create a flow that allows each person to repeat tasks steadily and comfortably. To achieve this, it is necessary to have a basic framework while also allowing for flexibility to adapt to the situation. We value not only optimizing tools and processes but also ensuring that the entire product comes together beautifully in the end. Protecting quality with the minimum necessary contact and organizing a flow that naturally connects the entire process is essential. We believe that this accumulation leads to stable quality and good manufacturing.

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Difference between A5052 and A6063

Difference between A5052 and A6063

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Aluminum materials may seem similar at first glance, but in the processing environment, their characteristics differ depending on the material. Here, we will introduce impressions from the processing site regarding A5052 and A6063, which are frequently used for semiconductor manufacturing equipment. A5052 is an aluminum-magnesium alloy known for its good balance of corrosion resistance, strength, and workability, making it suitable for a wide range of applications. It tends to respond relatively straightforwardly to processing conditions and procedures, leading to stable finishes when the holding methods and processing sequences are carefully considered. Additionally, it is a material with high availability, making it easier to meet quality appearance and short delivery times. On the other hand, A6063 excels in extrudability and is widely used in construction materials and frame components. While it has strengths in specialized cross-sections and long materials, attention is needed regarding warping, surface conditions, and dimensional variations. Moreover, in tapping processes and the appearance after anodizing, there may be situations that require more care compared to A5052. It is not a matter of which is superior; rather, it is important to choose between them based on the application and the required quality. In the processing environment, material selection considers not only precision and appearance but also distortion, subsequent processes, and delivery times. Although they may appear as the same aluminum on drawings, the differences in materials significantly impact quality and workability during actual processing.

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Processing constraints that are difficult to see from the drawings alone.

Processing constraints that are difficult to see from the drawings alone.

For more details, please visit our website: https://www.toyoharahamono.com/

Even if a shape appears to be feasible on a drawing, there are various constraints in the actual machining environment. Machining must be accomplished using the existing equipment and tools, such as machine tools, cutting tools, fixation methods, and measurement methods. For example, if there is a small inner radius in a deep pocket shape, a long and narrow tool will need to be used, which significantly increases the difficulty of machining due to vibrations and tool deflection. Additionally, with special shapes, the fixation method itself can become a challenge, sometimes requiring the fabrication of dedicated jigs. Deburring and measurement after machining are also important. Depending on the shape, hand tools and measuring instruments may not be able to reach, making finishing and inspection difficult even if machining is possible. Therefore, in the machining environment, processes are considered with points such as "Can the tool fit?", "Can it be fixed?", and "Can it be measured?". Furthermore, as contact with tools and jigs increases, the risk of scratches, dents, and distortions also rises. Therefore, we are considering machining methods that can achieve stable quality with minimal contact. Taking into account these constraints that are not visible from the drawings, assembling processes to continuously deliver products with stable quality is also one of the important tasks in the machining environment.

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The story of the processing site and "cutting tools."

The story of the processing site and "cutting tools."

For more details, please visit our website: https://www.toyoharahamono.com/

In the processing site, cutting tools are not merely consumables; they are crucial elements that influence the overall quality and stability of the machining process. Various conditions, including sharpness, holding methods, materials, and cutting oils, overlap to establish the machining process. Sharp cutting tools stabilize the entire machining process, but when sharpness declines, it becomes difficult to adjust conditions without strain. Additionally, even under the same conditions, the way tools function can vary depending on the workpiece shape and material, which is why experience and intuition are also valued on-site. Machining becomes increasingly unstable as material is removed, making it challenging to hold the workpiece. Therefore, it is essential to create a stable environment that includes not only the cutting tools but also the holding methods, cutting oils, and surrounding conditions. We consider cutting oils to be an integral part of the "cutting tool" that supports the machining process. Moreover, hand tools such as files and deburring tools are also important tools that support quality, not just machine tools. Machining cannot be performed under exactly the same conditions every time. That is why we emphasize maintaining the condition of tools and auxiliary materials to create a reproducible environment. We believe that each accumulated effort contributes to the final quality.

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  • Aluminum precision cutting

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"Four Selection Points for Aluminum Processing Companies" - Materials Available!

"Four Selection Points for Aluminum Processing Companies" - Materials Available!

When I requested multiple varieties and small lots, I was turned down... Reducing small work resulted in greater losses... Do you have such concerns?

▶ After aluminum processing, we requested surface treatment from another company, which also involved additional work such as reinforcing screw holes... ▶ Since only large machines were available, machining small workpieces resulted in significant waste... ▶ When we requested a variety of products or small lots, we were turned down... To solve such problems, we have compiled a document on the 【4 Selection Points for Aluminum Processing Companies】 that we understand as specialists in precision aluminum machining! Please download it from the PDF below.

  • aluminum
  • Aluminum precision cutting

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