Loading
Utility Header Logo
Plex Community
Change Country Site SelectionChange RockwellAutomation.com site selection to a different country, region or language
US | EN
Plex, a Rockwell Automation Company logo
Products
Manufacturing Execution System (MES)
Manufacturing Execution Suite (MES) is a comprehensive manufacturing software solution that provides real-time, paperless production management to drive enterprise-wide compliance, quality, and efficiency.
Quality Management System (QMS)
Quality Management System (QMS) is a cloud-based digital quality solution for manufacturers that standardizes and automates quality documentation, processes, and measurements.
Enterprise Resource Planning (ERP)
Enterprise Resource Planning (ERP) is a full-featured, scalable, cloudbased ERP that automates front- and back-office processes.
Supply Chain Planning (SCP)
Supply Chain Planning (SCP) combines data from your Plex ERP and multiple departments across your business to sync up demand and supply planning to improve inventory accuracy and production management.
Connected Worker
Connected Worker empowers frontline manufacturing teams with real-time digital tools to improve productivity, reduce errors, and enhance collaboration. It connects your people, to purpose, people, productivity, and processes to drive continuous improvement and workforce agility on the shop floor.
Production Monitoring
Production Monitoring provides seamless connectivity to machines on the plant floor, delivering transparent, real-time operational KPIs and dashboards to drive continuous improvements.
MES Automation & Orchestration
MES Automation & Orchestration connects your Plex MES to the plant edge to control information flow, processes, and workcenter setup adding efficiency, saving costs, and eliminating manual errors.
Asset Performance Management (APM)
Asset Performance Management (APM) combines process, operational, and machine-level data through highly visual dashboards to proactively monitor machine and plant health to ensure optimal uptime, throughput, and maintenance needs.
Finite Scheduler
Finite Scheduler is an advanced production scheduling tool that helps manufacturers optimize resources, reduce bottlenecks, and improve on-time delivery. It enables dynamic, constraint-based scheduling to align operations with real-world capacity and demand
Platform
Smart Manufacturing Platform Overview
Discover how our integrated platform connects, automates, tracks, and analyzes your operations.
Cloud Infrastructure & Security
Enterprise-grade cloud infrastructure with industry-leading security and compliance.
Mobile Application
Access critical manufacturing data and controls from anywhere with our mobile apps.
Availability & Performance
Industry-leading uptime and performance with 99.5% availability guarantee.
Manufacturing Automation
Seamless integration with Rockwell Automation and other manufacturing systems.
Industries
Aerospace Auto and Tire Food & Beverage Industrial Manufacturing Plastics & Rubber Precision Metalforming
Plex Interactive Demo
INTERACTIVE DEMO
Plex MES for Automotive

Gain Real-Time Visibility and Control of Your Operations

Try Now
Resources
All Resources Success Stories Analyst Reports Knowledge Articles Demos Blog
Plex Generic Dark Background
Analyst Report
2025 Gartner® Market Guide for Manufacturing Execution Systems
Read More
TALK TO US
SEE A DEMO
Log In Plex Manufacturing Cloud Plex Classic
TALK TO US
SEE A DEMO
White Papers

Limit the Cost of a Recall

Download PDF

Share This:

LinkedInLinkedIn
XX
FacebookFacebook
PrintPrint
EmailEmail

Automotive suppliers like you have the power minimize the risk of recalls.


At A Glance

  • Understand the difference between passive and active compliance.
  • Learn which essential features such as data management, full traceability, and active compliance may be missing from your current ERP system.
  • Discover how you can dramatically reduce the cost of responding to a recall through a single digital system of record.
    Image

How Strong Is Your ERP?

Experiencing a recall can feel as daunting as an IRS audit. But when a problem emerges, there are proactive steps that can immediately help with investigation and mitigation.

It’s all about having total visibility into comprehensive records of:

  • Inventory movement (including lot identification and source)
  • Manufacturing processes
  • Equipment and people involved
  • Measurements and test results
  • Full traceability on all items and materials

Keeping records of inventory receipts and issues—a basic feature you’ll find in any ERP platform—will only take you so far. To fully understand the extent of a problem so you can respond proactively, you’ll also need complete records of all activity, movement, tests, measurements, and plant floor data. And all this information must be logically tied together in one digital system of record.

Even when the OEM responsible for the design, material specification, and source has examined and approved all processes and quality measurements, your cooperation is essential. To facilitate root cause analysis and mitigation, you must be able to clearly identify all provenance and relationships. This process can be annoying and time consuming—and it still may not yield definitive information. Every gap in your data will lengthen the recall and multiply its costs for everyone.

Your best way forward is to focus on recordkeeping discipline by using data management tools that track all data from the shop floor to the top floor and make it accessible for full traceability. Most manufacturing ERP systems don’t go far enough in supporting the kind of analysis you need to get through a recall investigation smoothly and efficiently. If you’re reading this, then your ERP probably falls into that category.

Prevent Problems with Active Compliance


For a smoother road to successful compliance, make sure your ERP system:

  • Captures, stores, and enables easy access to the information you’ll need during a recall.
  • Gives you the controls and validation to ensure the completeness and correctness of the data as you capture it.

Together, these two capabilities provide a proactive approach to traceability that we call active compliance.

Most ERP systems only offer passive compliance, meaning they’re capable of recording transactional information. They can capture lot identification from the point of receiving, through production, and on to shipping, and maintain a record that you can query from the raw material lot forward or the customer order backward. This may be a huge improvement over your current capabilities, but it’s not enough. Using this approach, you still can’t prevent full-scale problems—you can only find them after they’ve occurred.

In active compliance, your system gives you visibility into, and control over, all your activities in real time. It won’t let anyone start a job if the wrong material or lot has been delivered to the workstation. At the same time, it makes sure the operator is properly certified to run the equipment.

A system with active compliance displays instructions to ensure the operator follows the right steps, enforces any required tests or inspections, monitors the calibration of the test equipment, and stops the job if the process goes outside the control limits. Best of all, it captures information directly from the equipment to maximize accuracy and prevent any impact on operator productivity.

Streamline Data Capture


When a part is identified as defective, the OEM will want to know its full history, including who produced it, the materials used, their source, details of the production process, and any measurements that were taken. Creating and maintaining that database should be relatively straightforward, as long as your ERP system is fully integrated and capable of capturing and linking the data properly.

Inventory movement data is only the beginning. You must also capture and integrate each inventory receipt and issue, source, date and time, lot identification, operator, location, and enough detail to link to certification, test results, and provenance that may be in another database. Additionally, production records should include similar information for all parts and materials used, including details on every process step such as equipment used, specifications, version, work instructions followed, reporting parameters, quality measurements, and so on.

The critical factors in obtaining this information are:

  • Making sure it’s all being collected. The system should monitor collection, trigger reminders, and prevent further activity until reporting is complete.
  • Validating entries. If they’re out of the expected range, you should validate with the operator and assist in correction.
  • Ensuring data collection doesn’t negatively impact operator performance. There should be direct links to PLCs and sensors, links to quality and measurement systems, links to engineering and documentation, and ergonomic screens and entry devices.

Enhance Your Traceability


Once you’ve collected and stored your data, focus on accessibility. The OEM will want to see the full history of each part and everything that went into it. You’ll need to provide evidence that you followed all procedures and completed all tests and measurements—and show the results.

This information may or may not be available in your current system. How difficult will it be to gather the documentation you need? How auditable are these records? Can you prove that they’re complete and accurate? Active compliance enables you to answer these questions positively and confidently.
Suppose a part is found to be defective. The OEM will use its records to confirm that the part, materials, and process were properly tested and certified. Next, the OEM will expect you to confirm that you followed the specifications, used materials that were in compliance, and can clearly isolate the specific parts affected by any problems that were detected.

That last requirement is critical to limiting the extent of the recall, but it may involve backward and forward traceability. Huge quantities of products are often recalled simply because the manufacturer couldn’t confidently determine whether a defective part was in the final product.

An additional benefit of this kind of traceability is realizing that a defective material or part found in one OEM’s investigation may also have been used in another customer’s products. You can then proactively inform the other customer of the potential problem and help them avoid their own recall—or at least limit the damage.

Minimize the Cost of Recall Response


You’re eager to provide the information needed to bring any investigation or recall to a speedy conclusion. But searching through computer transaction records, combining them with information kept in spreadsheets and filing cabinets, and cross-checking records in other computer systems (such as MES, quality, or procurement) can be difficult and costly.

Take a proactive approach by combining all required data and history in a single digital system of record and using tools that are designed to trace relationships and provenance. This doesn’t just happen—it must be thought out and planned, then built and maintained with traceability in mind.

We know this because the Plex Smart Manufacturing Platform was born on the automotive shop floor as a single source of truth. Combine a powerful ERP with MES functionality and active compliance tools, and it’s easy to see why our clients have enjoyed the most robust traceability on the market. By relying on Plex, automotive suppliers like you have consistently minimized the time, effort, risk, and cost associated with recalls while increasing agility and quality. Are you ready to join them?

Related Content

Loading
Loading
  1. Chevron LeftChevron Left Homepage Chevron RightChevron Right
  2. Chevron LeftChevron Left Resources Chevron RightChevron Right
  3. Chevron LeftChevron Left Minimizing Cost And Impact Of A Recall P2H Chevron RightChevron Right
Products
Manufacturing Execution System (MES) Quality Management System (QMS) Enterprise Resource Planning (ERP) Supply Chain Planning (SCP) Connected Worker Production Monitoring MES Automation & Orchestration Asset Performance Management (APM) Finite Scheduler
Platform
Smart Manufacturing Platform Cloud Infrastructure & Security Mobile Application Availability & Performance Manufacturing Automation
Resources
All Resources Case Studies Analyst Reports Knowledge Articles Demos Blog
Industries
All Industries Aerospace Auto and Tire Food & Beverage/CPG Industrial Manufacturing Plastics & Rubber Precision Metalforming & Fabrication
Services & Support
Customer Success & Advocacy Support Services Educational Services Professional Services Plex Community
Get Started
Request a Demo Download Resources Read Success Stories Webinars Contact Support
Company
About Us Why Plex Recognition Newsroom Careers Contact Us
Knowledge Articles
Types of Quality Management Systems The MES Beginner Guide A Guide to Production Part Approval Process What is Industry 4.0? A Guide to Advanced Product Quality Planning Supply Chain Planning: A Guide to Strategic Planning and Operations MES and the Future of Robotics Automation Cloud Based MES Basics Food Manufacturing Software: Why MES Is Critical for Food and Beverage Manufacturers Guide to Failure Mode and Effects Analysis (FMEA) Cloud-Based MES Solutions A Guide to Monitoring Machine Performance What is Connected Manufacturing and Why Should You Care About It?
Privacy & Cookie Policy
Terms & Conditions
Cookie Preferences
Accessibility Settings
Trust Center
© YYYY Plex, by Rockwell Automation. All rights reserved.
© YYYY Rockwell Automation, Inc.