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Bottle Rinsing, Filling, and Capping Machine

Here’s a detailed specification breakdown of Bottle Rinsing, Filling, and Capping Machines (RFC Machines), which are essential in beverage and liquid packaging industries.

These machines are typically classified as Automatic or Semi-Automatic and can be tailored for various liquids (water, juice, milk, carbonated drinks, etc.).

🚀 1. Automatic Bottle Rinsing, Filling, and Capping Machine Specifications

Feature

Specification

Operation

Fully automated – bottles are rinsed, filled, and capped in one cycle

Control System

PLC with HMI/touchscreen (Siemens, Mitsubishi, etc.)

Production Capacity

1,000 – 24,000 bottles/hour (depending on model and heads)

Bottle Volume

200 ml to 2 liters (customizable)

Bottle Type

PET, Glass, HDPE (as per customization)

Rinsing System

Inverted gripper with water/air jet nozzles (adjustable timing)

Filling System

Gravity / Pressure / Vacuum / Hot filling depending on liquid

Filling Heads

4 to 60 heads

Capping Type

Screw capping / ROPP / Snap fit (interchangeable heads possible)

Capping Heads

1 to 20 heads

Power Requirement

3 – 20 kW (varies with size)

Air Requirement

0.6 – 1.2 m³/min at 6–8 bar

Structure Material

Stainless Steel SS304 / SS316

Bottle Orientation

Rotary / Linear conveyor system

Automation

Bottle infeed, filling, cap placement, cap pressing – fully auto

Output Conveyor

Automatic bottle outfeed with sensors

Safety Features

Emergency stop, interlocks, safety covers, overload protection

Application

Mineral water, carbonated drinks, juices, dairy, oil

⚙️ 2. Semi-Automatic Bottle Rinsing, Filling, and Capping Machine Specifications

Feature

Specification

Operation

Operator loads bottles manually for rinsing/filling/capping

Control System

Manual / Basic timers and switches

Production Capacity

300 – 1,200 bottles/hour

Bottle Volume

250 ml to 5 liters

Bottle Type

PET / Glass

Rinsing System

Manual or semi-auto jet with foot/hand activation

Filling System

Gravity / Pneumatic piston filling (based on liquid type)

Filling Heads

1 to 4 heads

Capping Type

Manual screw / pneumatic press / foot-operated

Capping Heads

1 head or manual capper

Power Requirement

0.5 – 2 kW

Structure Material

SS304 frame or mild steel (painted)

Labor Requirement

High – 1–3 operators required

Application

Small bottling plants, pilot plants, rural units

🔄 Automatic vs Semi-Automatic RFC Machine Comparison

Feature

Automatic

Semi-Automatic

Throughput

High (1000–24,000 BPH)

Low to Medium (300–1200 BPH)

Labor

Low (monitoring only)

High (manual handling)

Consistency

Very High

Operator-dependent

Maintenance

Scheduled with self-diagnostics

Simpler but manual tracking

Footprint

Large

Small to Medium

Cost

High

Low to Moderate

Best For

Large bottling operations

Startups, small businesses

 

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