System Evolution (2021 → 2025)

Phase 1: 3 Ton Tube Ice Machine

Basic ice production system

Manual ice handling

Limited storage efficiency

Suitable for small-scale seafood supply

Phase 2–3: Capacity Expansion

Gradual increase in ice production capacity

Improved refrigeration efficiency

More stable ice forming process

Reduced downtime during operation

Phase 4: 30 Ton Tube Ice Machine + Automatic Packaging System

The latest system integrates ice production and packaging into a continuous workflow.

Main improvements include:

Higher production stability

Reduced manual labor dependency

Lower ice handling loss

Continuous 24-hour operation capability

Key Improvements After Upgrade

Production Efficiency

Daily ice production increased to 30 tons/day, supporting larger-scale seafood processing and distribution requirements.

Compared with the initial system:

Output increased significantly

Operation became more stable under continuous load

Labor Reduction

With the addition of an automatic packaging system:

Manual ice handling was reduced

Packaging process became continuous

Labor dependency decreased significantly

Ice Loss Reduction

Traditional manual ice packaging typically results in 15%–20% handling loss.

After system integration:

Ice handling loss was significantly reduced

Storage and transfer efficiency improved

System Stability

The upgraded system uses a dual-compressor refrigeration structure with redundancy design, allowing continuous operation and improved fault tolerance.

Technical Specifications (30 Ton Model)

Core Components

Evaporator System

Copper alloy evaporator structure

Anti-corrosion coating design

Service life extended under humid coastal conditions

Ice Tube Mold System

Detachable structure design

Cleaning and maintenance completed in short downtime cycles

Improved operational efficiency during maintenance

Water Circulation System

Variable frequency water pump

Optimized water distribution

Reduced water consumption during ice production

Automation and Control System

The system uses PLC-based control combined with remote monitoring functions.

Operators can monitor:

Ice production status

Temperature curves

Equipment running condition

Maintenance alerts

Remote monitoring improves response time for operation management.

Technical Upgrades in Fourth Generation System

Stable Ice Formation

Temperature control is dynamically adjusted based on real-time sensor feedback, improving ice uniformity during production.

Low Vibration Design

The equipment structure is optimized with shock absorption design, reducing operational vibration and improving long-term stability.

Energy Optimization

Energy consumption is reduced compared to earlier generation systems through improved refrigeration design and system balancing.

Environmental Compliance

The system uses refrigerants that comply with international environmental requirements and local regulatory policies in Indonesia.

Application Scenarios

The upgraded tube ice system is suitable for:

Seafood processing plants

Fishing supply chains

Cold chain logistics centers

Ice distribution businesses

Large-scale food processing operations

Tube ice is commonly used for:

Fish preservation

Long-distance transportation

Cold storage pre-cooling

Bulk ice supply systems

Value of Integrated Ice + Packaging System

The integration of tube ice production and automatic packaging improves the overall production chain:

Continuous ice output

Automated packaging

Reduced handling steps

Lower labor dependency

Higher storage efficiency

This type of system is increasingly used in large-scale industrial ice production facilities.

Frequently Asked Questions

How is actual production capacity calculated?

Actual output depends on water quality, ambient temperature, power stability, and operator conditions. On-site evaluation is recommended for accurate capacity planning.

Is automatic packaging necessary?

For small-scale operations, manual packaging may be sufficient. However, for 24-hour production systems, automatic packaging significantly improves efficiency and reduces labor requirements.

How does the system handle unstable power supply?

Optional voltage stabilization and power protection modules can be configured to maintain stable operation under fluctuating power conditions.

What after-sales support is available?

Local technical support and spare parts supply are available in Indonesia, with rapid response service depending on project configuration.

Why This Case Matters

This project demonstrates a typical industrial upgrade path in seafood cold chain operations:

From basic ice supply → to automated high-capacity continuous production.

It reflects a common trend in developing markets:

Capacity scaling

Automation adoption

Labor cost reduction

Cold chain standardization

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