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[Case Study of Solution Proposal] Combining non-fluorinated precision air conditioning units and FFUs to achieve both cleanliness and temperature control on the production line!

アピステ

アピステ

This is a case that is possible precisely because Apiste is engaged in both environmental improvement and temperature control. 【Solution Proposal Example】 ■ Conventional Method - Using spot coolers for workpiece cooling ■ Issues - Foreign substances can be blown onto the workpieces - The temperature of the blown air changes due to fluctuations in outside temperature, leading to variations in production conditions - High humidity in the blown air can cause condensation and concerns about rust ■ Ideal State (Desired Conditions) - Cleanliness in the transport and assembly processes can be managed, preventing foreign substances from adhering - Temperature management is possible, stabilizing production conditions - No condensation occurs ■ Apiste's Proposal - Enclose with a booth and select appropriate filter units to achieve a Class 10,000 environment - Use a precision air conditioning PAU unit to maintain a constant discharge temperature year-round - Supply dehumidified air using the precision air conditioning PAU unit to create a condensation-free environment ■ Benefits - Resolution of foreign substance adhesion issues - Stabilization of production conditions - Resolution of condensation issues - Minimal costs with localized air conditioning + Additional significant energy savings + Additional reduction in management and disposal costs with non-fluorocarbon solutions *For more details, please refer to the related product catalog or feel free to contact us.

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Case Studies on Manufacturing Quality Improvement for PAU Series Precision Air Conditioners

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