How to Implement A Scalable Tracing System

 

This is a time when consumers, partners, and regulatory agencies throughout the supply chain demand transparency. Fortunately, you can start implementing a traceability system to deliver visibility of the entire lifecycle of each part. The traceability technology NZ will also maximize data value to detect production issues or trends, making proactive improvements quickly. 

Staying competitive in your market by implementing a part traceability system can start small. The process may begin at the lean cell level and scale up. Over time, you can build a complete traceability system that can adapt to your evolving needs. 

Review and Strategize

To get the most value out of traceability technology NZ, consider your big-picture goals. Begin building a solution that will serve your needs in the short term but also grow with your company over time. Here are some factors to consider: 

·         What will happen within your supply chain that can impact how you transport and distribute your product?

·         Are there any new manufacturing regulations or standards you need to comply with?

·         What are the trends that could change how you make your products?

·         What are your long-term operational goals?

·         How are the needs of your customers changing?

 

Determine Identifying Information

The initial step to traceability is choosing what information is needed to identify parts. You can identify parts in various ways such as manufacturing date, batch number, model, etc. However, serialization is what allows critical information to be accessible within the company software. After defining the coded information, you can store an amount of information with a smaller footprint. 

Integrate Vision Technology to Verify Accuracy

A vision system enables sorting, tracking, and identifying through the type, orientation, mark grading, defect detection, and mark area recognition. This stage is vital for complete traceability technology NZ for key purposes: 

·         It makes sure that the right data is marked on the correct part

·         It confirms there are no mistakes in the marking process 

The verification process works by grading barcode quality to guarantee the durability of traceability data. It automates processes by scanning barcodes at crucial points in the manufacturing process. It verifies that the barcode information is accurate and prevents serial number duplication. It also logs barcode information into a database. 

Enable Industrial Data and Analytics by Incorporating Marking Equipment

You integrate a vision system when you mark a product with a barcode using the proper marking equipment. Identifying parts can help you implement a traceability system. 

The traceability technology starts with connecting marking equipment with enterprise software, allowing tracing information to flow back and forth. Though there are different levels of connectivity, the integration process can be done in various ways, depending on your existing manufacturing system. 

Protect your business from certain risks inherent in a digitally connected world. So, start building your track and tracing system now. While you can implement a traceability system at your own pace, keep in mind that each system comes with lots of variables and unknowns. Consider using tracetech solutions wherein experts will implement traceability technology for you, saving you time and stress that goes into planning and executing the system.