家電 冷蔵庫 生産機器 線形キャビネットの泡作りライン

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April 29, 2025
Category Connection: 冷却装置一貫作業
この最先端の線形スポンラインは 頑丈でモジュール化された設計を特徴としています高圧発泡処理に耐えられる安定した基盤を備える自動注入システムは,サーボ駆動の計量ポンプを使用して,泡を散布する剤を ± 0.2% の精度で供給し,一貫した泡密度を確保します.水循環温度制御システム± 1°C の精度で,最適の泡化温度を維持し,早めの固化や不均等な膨張を防止する.水力システムは,クランプと模具をロックするメカニズムを動かす.50トンの圧力をかけ,キャビネットを固定する電気制御システム,電源制御システム,電源制御システム,電源制御システム,電源制御システム,触覚画面インターフェースを備えた操作者がリアルタイムでパラメータを調整し,生産プロセス全体を監視することができます.
Brief: Discover the advanced Household Appliance Refrigerator Production Equipment - Linear Cabinet Foaming Line, designed for high-efficiency and precision in refrigerator cabinet manufacturing. This state-of-the-art system offers adjustable speed control, high-pressure polyurethane mixing, and fully robotic material handling for optimal performance.
Related Product Features:
  • Linear Production System ensures optimized straight-line workflow for maximum efficiency.
  • Production Capacity of 45-65 cabinets/hour with adjustable speed control.
  • Foaming Precision maintains ±0.1mm thickness consistency for uniform insulation.
  • 160bar high-pressure polyurethane mixing injection technology for consistent foam density.
  • 32-zone temperature control with ±0.3°C accuracy for optimal foaming conditions.
  • Fully robotic material handling enhances automation and reduces manual labor.
  • Quick mold change capability in under 15 minutes with guided assistance system.
  • Modular design with heavy-duty alloy steel construction for durability and stability.
よくある質問:
  • What is the production capacity of the Linear Cabinet Foaming Line?
    The production capacity ranges from 45 to 65 cabinets per hour, with adjustable speed control to suit varying production needs.
  • How precise is the foaming process in this equipment?
    The foaming process achieves a precision of ±0.1mm thickness consistency, ensuring uniform insulation and high-quality output.
  • What are the competitive advantages of this foaming line?
    This foaming line offers 30% faster cycle times, 20% material savings, an energy recovery system, low-maintenance design, and scalable configuration for future expansion.