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Automatic Plastic Bottle Capper Single Head Bottle Cap Capper With Two Workstations

Automatic Plastic Bottle Capper Single Head Bottle Cap Capper With Two Workstations

Marca: XINZHENG PACK
Número De Modelo: XG-XZ-800
Cantidad Mínima De Pedido: 1
Términos De Pago: T/T
Capacidad De Suministro: 30 piezas/mes
Información Detallada
Lugar de origen:
Dong Guan
Certificación:
CE
Voltaje:
220V
Fuerza:
1000W
Consumo de energía:
0.02m³/min
Consumo de gas:
0.55KW/H
Peso:
410 kg
Velocidad de límite:
1500PCS/H
Modo de operación:
Automático
Cabeza de tapa:
sola cabeza
Material:
Plástico
Botellas convenientes:
Botellas de plástico
Corriente eléctrica:
2a
Frecuencia:
50Hz
Tipo de tapa:
Tapas de plástico
Productos aplicables:
800ml
Detalles de empaquetado:
Estuche de madera
Resaltar:

Automatic Plastic Bottle Capper Single Head

,

Two Workstations Bottle Cap Capper

Descripción del Producto

Automatic Bottle Capper For Plastic Caps With Two Workstations

 

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 seasoning bottles.
  • Uninterrupted Continuous Operation: The automatic bottle feeding and cap feeding functions create a seamless production flow. Bottles no longer require manual placement or capping one by one.
  • Reduced Reliance on Manpower: Traditional manual bottle feeding and capping require a large number of workers to monitor the posts, and 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.