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220V Automatic Plastic Bottle Cap Capper For Wide Mouth Bottle

220V Automatic Plastic Bottle Cap Capper For Wide Mouth Bottle

ブランド名: XINZHENG PACK
型番: XG-XZ-800
MOQ: 1
支払条件: T/T
供給能力: 月産30個
詳細情報
起源の場所:
ドン・グアン
証明:
CE
電圧:
220V
力:
1000W
消費電力:
0.02m³/min
ガス消費:
0.55KW/H
重さ:
410kg
キャッピング速度:
1500PCS/H
操作モード:
自動
キャッピングヘッド:
シングルヘッド
材料:
プラスチック
適したびん:
ペットボトル
電流:
2a
頻度:
50Hz
キャップタイプ:
プラスチックキャップ
適用される製品:
800ml
パッケージの詳細:
木製のケース
ハイライト:

Automatic Plastic Bottle Cap Capper

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220V Plastic Bottle Cap Capper

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Wide Mouth Bottle Cap Capper

製品説明

Plastic Caps Automatic Bottle Capper For Wide Mouth Bottle

 

Description

 

The Auto Bottle Capper For Plastic Caps is a high-precision automated device designed for seasoning bottle production lines. It integrates three core functions: automatic feeding of plastic caps via a vibratory bowl, precise automatic capping with adjustable torque control, and real-time detection of skewed-mouth bottles—immediately removing defective ones via a pneumatic ejector.

Equipped with sensor-based positioning and PLC control, it ensures consistent capping tightness, avoids leakage issues, and adapts to various bottle neck sizes. This machine replaces manual capping, slashing labor costs while boosting throughput and reducing rework rates, making it ideal for high-volume seasoning production.

 

Machine Advantage

 

  • For automatic feeding, automatic capping, detection and removal of skewed mouth wide mouth bottles (including food-grade glass wide mouth bottles for jams, HDPE wide mouth bottles for snacks, and sealable plastic wide mouth bottles for spices—characterized by their 50-150mm large openings, which require precise capping alignment).
  • Uninterrupted Continuous Operation: The automatic wide mouth bottle feeding and cap feeding functions create a seamless production flow. Given the wide mouth design, wide mouth bottles no longer require manual placement or capping one by one—avoiding bottlenecks caused by slow manual alignment of large bottle mouths.
  • Reduced Reliance on Manpower: Traditional manual feeding and capping of wide mouth bottles demand a large number of workers to monitor posts, as the large bottle mouth requires careful alignment to prevent cap misplacement or skewing. Efficiency and quality are easily affected by human fatigue and operational differences. After replacing manual labor with an automatic system, only 1-2 maintenance personnel can monitor multiple devices, saving over 80% of labor. It also avoids training and management costs caused by difficulties in recruiting and staff turnover—critical for industries like food packaging.