What is production traceability?

Production traceability is the ability to track and record the complete history of a product throughout its manufacturing lifecycle, including parts used, processes performed, test results, and quality data. It creates a detailed 'birth certificate' for every product.

What is poka-yoke error proofing?

Poka-yoke (mistake-proofing) is a method of preventing errors by design. It makes it impossible or obvious to mix up or skip a process through design features, sensors, vision systems, and fool-proof tools.

Why is production traceability important?

Production traceability is crucial for quality control (identifying defect sources), regulatory compliance, efficient warranty and recall management, and continuous improvement through data analysis.

Traceability Solutions

Complete Visibility

Traceability

End-to-end visibility from production to analytics

Traceware keeps a complete history of everything that the product undergoes in the assembly process and reports the precise details.

PART TRACEABILITY

Tracks and records all parts and material used in the production, including components, consumables and housing. Details such as batch code, supplier code, date code are tracked and recorded for each Product ID.

PROCESS TRACEABILITY

Tracks and records all process parameters and settings such as voltage, current, torque, test results, defects against each product ID.

REPORTS

The data will be stored in a SQL database for parsing and query. Quick reports can be generated by scanning a part with all the details of process and part.

LEGACY SYSTEMS

Micrologic Traceware can be effortlessly adapted to any existing legacy machines to provide complete visibility and important insights across older production systems.

Key Traceability Questions Answered

Who produced the product?

When was it produced?

What parts were used?

Where did the parts come from?

What processes did it go through?

What were the test results?

Quality Assurance

Error Proofing & Process Traceability

Micrologic Philosophy: Building quality and a reliable history into every product produced in the assembly and test lines.

Error Proofing

Making it impossible (or obvious) to mix up or skip a process. Preventing errors by design is the spirit of error proofing — often implemented using poka-yoke (mistake-proofing).

Prevention

Design parts and fixtures so components only fit the right way.

Make Errors Visible

Sensors and vision systems confirm correct parts or placement.

Fool-proof Tools

Torque-controlled screwdrivers prevent over-torque.

Process Traceability

Micrologic Traceware creates a detailed birth certificate and life history for every electronic product. It records every step, component, and parameter.

Identifying Everything

Unique IDs (serials, barcodes) for boards, components, batches

Recording Steps

Machine, operator, timestamp, environmental conditions logged

Tracking Components

Supplier and batch information for every part used

Capturing Test Results

Link quality checks and test data to product's unique ID

The Importance of Traceware

Quality Control

Trace back defects to source — bad batch, machine failure, or operator issue

Regulatory Compliance

Meet strict traceability requirements in regulated industries

Warranty & Recalls

Identify exactly which products are affected to minimize scope and cost

Continuous Improvement

Analyze trace data to find trends, bottlenecks, and optimization opportunities

The Power of Combining

Error Proofing + Traceware = Excellence

Together, they form a robust system for high-quality electronic assembly

Error proofing reduces defects up front

Traceware provides detailed records for fast root cause analysis

Fewer defects & faster fixes

Better compliance & more reliable products

Micrologic

Empowering Manufacturing Excellence