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Automatic Raw Material Management And Transfer Infrastructures

Integrated systems where the entire flow from raw material entry to the facility to feeding into the process is managed with data and secured with automation

At Bakar Makina, automatic raw material management and transfer infrastructures are designed as integrated systems where the entire flow from raw material entry to the facility to feeding into the process is managed with data and secured with automation. This infrastructure reduces human error, increases traceability, and standardizes production continuity.

The goal is not to track the movement of raw materials, but to manage production intelligently.

End-To-End Automatic Flow Management

Raw material acceptance, storage, transfer, dosing, and process feeding steps are coordinated under a single automation architecture. Uncertainties dependent on manual intervention are eliminated.

Raw Material Acceptance Automation
Storage Management
Transfer Coordination
Process Feeding Integration

Integrity Is The Foundation Of Efficiency.

Scada & Plc Integration

All transport and feeding equipment operates integrated with PLC control and SCADA monitoring infrastructure. Flows are monitored in real-time, scenarios are automatically applied.

Plc Control Infrastructure
Scada Monitoring System
Real-Time Flow Monitoring
Automatic Scenario Application

Control Is Provided From A Single Center.

Recipe-Based And Scenario-Managed Transfer

Recipe-based transfer scenarios are defined for different products and processes. Which raw material goes to which line, when, and in what quantity is automatically managed.

Recipe-Based Transfer
Scenario Management
Automatic Raw Material Routing
Quantity And Time Control

If There Is A Recipe, There Is No Surprise.

Real-Time Stock And Level Tracking

Silos, bunkers, and intermediate storage areas are continuously monitored with level sensors and weighing systems. Stock data is updated simultaneously with production planning.

Level Sensor Integration
Weighing Systems
Continuous Stock Monitoring
Production Planning Synchronization

Visible Stock Is Controlled Stock.

Flow Optimization And Collision Prevention

Collisions in multiple transfer scenarios using the same lines are automatically prevented. Flow priorities and locks are managed by the system.

Collision Prevention Algorithms
Flow Priority Management
Locking Mechanisms
Automatic Resolution

If There Is No Collision, There Is No Downtime.

Automatic Safety And Fail-Safe Principles

In abnormal situations, the system stops transfer, applies isolation, and switches to safe mode. Critical points are protected with redundant and fail-safe architecture.

Abnormal Situation Detection
Automatic Shutdown
Safe Mode Transition
Redundant And Fail-Safe Architecture

The System Protects Itself.

Atex And Industrial Safety Compliance

Automatic transfer infrastructures for dusty and explosive environments are configured with ATEX-compliant sensors, equipment, and control scenarios.

Atex-Compliant Sensors
Atex-Compliant Equipment
Safety Control Scenarios
Explosive Environment Compliance

Automation Is Also Atex-Compliant.

Data Recording, Traceability And Reporting

All raw material movements are recorded. A transparent and auditable structure is created through batch tracking, consumption analyses, and performance reports.

Movement Recording System
Batch Tracking
Consumption Analyses
Performance Reporting

Data Is The Foundation Of Management.

Energy And Operational Efficiency

Transfer lines are operated with smart logic that prevents unnecessary operation. Energy consumption and equipment wear are minimized.

Smart Operation Logic
Prevention Of Unnecessary Operation
Energy Consumption Optimization
Equipment Lifespan Protection

Smart Systems Provide Silent Savings.

Modular And Scalable Architecture

The infrastructure allows new lines, silos, or processes to be easily added to the system. The infrastructure is not rewritten for future investments.

Modular Architecture
Easy Expansion
Ability To Add New Lines
Future Investment Support

Growth Is Planned In The Infrastructure.

In Summary

Bakar Makina's automatic raw material management and transfer infrastructures offer advanced engineering solutions that provide end-to-end automation and traceability, manage recipe-based and safe transfer, are equipped with ATEX and fail-safe principles, and are efficient, scalable, and sustainable.

A Facility That Manages Raw Materials With Data,
Manages Production Safely.

Conditioning Process

Project Lifecycle

Start Your Project

Contact our expert team for your automatic raw material management and transfer infrastructure projects.

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