Are you curious why the Die Cutting Room needs to have both ISO 6 and ISO 7 cleanroom? The answer lies in the precise matching of different production processes and product precision.
The reason is that high-precision die-cutting products, such as precision gaskets and optical films in the electronics industry, are extremely sensitive to dust pollution in the environment. Even extremely small particles can cause product cutting deviation, surface scratches, or functional failure.
ISO 6 cleanliness (particles ≥ 0.5 μ m ≤ 1000 per cubic foot of air) can provide a more stringent pollution control environment, ensuring the yield and stability of such high-precision products. Therefore, ISO 6 cleanrooms must be used.
For products with relatively low precision requirements, or in production processes where cleanliness requirements are relatively relaxed (such as temporary storage of raw materials, partial pretreatment processes, etc.), ISO 7 cleanliness (particles ≥ 0.5 μ m per cubic foot of air ≤ 10000) is sufficient to meet the requirements.
Adopting ISO 7 standards can significantly reduce workshop construction investment and operating costs (such as HVAC system energy consumption, frequency of filter material replacement, etc.).
Summary:
The die-cutting workshop is equipped with both ISO 6 and ISO 7 cleanroom, with the core of accurately matching production needs and optimizing cost-effectiveness while ensuring the highest quality.
Baihong Purification has been deeply involved in the field of cleanliness for more than ten years, and is well versed in the strict environmental control requirements of the die-cutting industry. We provide core clean equipment such as efficient air supply vents, fast rolling shutter doors, air shower rooms, cargo shower rooms, etc
Not only can it effectively ensure the cleanliness requirements of ISO 6 and ISO 7 cleanrooms, achieve high yield and stability in production, but it can also significantly reduce equipment operation energy consumption and maintenance costs, achieving excellent operational efficiency.
