Contribution to SCRAP How does a QMS help to manage it?

In increasingly competitive industrial environments, scrap (production rejects) has become one of the main sources of economic loss and operational inefficiency. Analyzing the contribution to scrap is no longer just a quality control task, but a strategic lever to reduce costs, improve processes and reinforce the culture of continuous improvement.

In this context, a modern QMS (Quality Management System) such as Kapture.io makes it possible to move from reactive scrap management to a fully data-driven, real-time, decision-oriented approach.

What do we mean by contribution to scrap?

The contribution to scrap refers to the identification and quantification of the factors that generate rejection in production, since they can come from both:

Machines
Operators
Shifts
Lots or references
Phases of the process
Types of defects

Knowing what really contributes to scrap makes it possible to attack the source of the problem and not just its consequences in a reactive manner. Reliable and structured data is needed in a factory in order to be able to make reports that bring value to the company and that can really have a positive impact on scrap reduction.

The role of QMS in scrap management

As mentioned above, reliable and structured data is needed. For that very reason, an industrial QMS acts as a centralized system for recording, analyzing and visualizing scrap data. In Kapture.io QMS, the functionality of Scrap Management functionality is specifically designed to help industrial organizations reduce manufacturing costs by digitizing the entire process through so-called Control Guidelines.

Learn more about what Kapture.io can do

Click on the following link and learn more about how to implement a QMS and how Kapture.io can help your company reduce SCRAP through Control Guidelines.

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1. Digital scrapbooking

The basis of any scrap contribution analysis is a reliable and homogeneous data record.

With Kapture.io QMS:

The scrap forms are customizable and accessible from tablets, mobiles or PCs.
Scrap can be declared by machine, operator, shift, batch, line or type of defect.
The registration can be done in real time or at the end of the shift.
The data is automatically synchronized with the analysis dashboards.

This eliminates paper, reduces manual errors and ensures scrap traceability from the source.

2. Real-time visibility and analysis

One of the big problems with scrap is the lack of immediate visibility. When the data arrives late, the cost has already materialized.

Scrap management in Kapture.io QMS offers:

Dashboards updated every few hours with consolidated data.
Clear visualization of scrap volume, its economic impact and the references affected.
Automatic calculation of scrap cost per discarded part, machine, operator or defect.

Thanks to this visibility, quality and production managers can detect deviations early and act before the problem escalates.

3. Process optimization and continuous improvement

The real value of analyzing scrap contribution lies in its ability to drive continuous improvement.

With the data generated by the QMS it is possible:

Identify the most influential factors in scrap: recurring defects, critical phases of the process, problematic machines or operators with deviations.
Prioritize corrective actions based on real economic impact.
Define focused maintenance plans and process adjustments.
Compare performance between machines to detect technical deviations.

This approach transforms scrap into a source of continuous learning and not just a negative indicator.

Practical example: scrap management in Kapture.io QMS

The following video shows how scrap management works within Kapture.io QMS, from digital registration to the visualization of key indicators:

Scrap Management in Kapture.io QMS

Video tutorial on how to manage SCRAP with Kapture.io.

To conclude

Scrap contribution is one of the most powerful indicators for reducing costs, improving efficiency and enhancing quality in industrial environments. Without an adequate system, this potential is lost.

With Kapture.io QMS, scrap management is digitized, analyzed in real time and becomes a key tool for continuous improvement, positioning the QMS as a reference system for the industry.

Investing in a data-driven QMS not only reduces scrap: it transforms the way the organization understands and manages quality.

Frequently asked questions

What is scrap in quality?

Scrap refers to defective, non-conforming materials or materials that have been discarded during the manufacturing process. These can be finished products that do not meet quality standards or parts, pieces or components that are unusable due to errors in the production process.

What are the main causes of scrap in production?

Scrap does not occur randomly: it is usually due to failures at different stages of the production process, such as incorrect machine settings, human error, defective materials, insufficient quality controls or lack of real-time data.

Why is it important to reduce industrial scrap?

Reducing scrap improves operational efficiency, reduces material and labor costs, boosts productivity and supports continuous improvement initiatives within the production plant.

How does industrial software (such as QMS/MES) help to reduce scrap?

A QMS such as Kapture.io captures real-time data, centralizes records, automates quality controls and generates advanced analytics to detect deviations, enabling faster and more sustainable corrective actions.

Content reviewed by:

Xavier Conesa Foix, CGO and Co-Founder of Kapture.io QMS

With more than 30 years dedicated to industrial quality improvement, Xavier combines technical expertise and strategic vision to transform quality control and incident management in the plant.

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