QM.CAQ

Implement quality within the process

QM.CAQ is our software platform that brings together quality planning, quality assurance, production data, and quality management (continuous improvement) within a comprehensive, modular, and integrable CAQ system.

What it’s about

In many companies, there are gaps between planning, production, and analysis.

Requirements are defined, processes are running, and results are captured—yet the end-to-end connection between these layers is often missing.

Missing connection. No feedback loop. Limited transparency.

What makes QM.CAQ different

Philosophy and approach

QM.CAQ translates requirements into the operational process. Measurements and inspections are performed in the context of these requirements. Results are evaluated immediately and directly linked to the process. This creates an end-to-end connection between planning, execution, and improvement—forming the basis for digital process assurance.


Impact

The difference becomes visible in daily operations:

  • Deviations become visible in time.
  • Evaluations are made in the context of the process.
  • Actions intervene directly in the workflow.

 

Processes become more stable through continuous feedback.


Integration into production

QM.CAQ works close to the process—ideally within the process itself. Machine, process, and quality data are viewed and evaluated together. Quality and production become one functional unit for producing quality.

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Modules / Functions

QM.CAQ is a modular platform that seamlessly integrates into existing ERP and system landscapes, enabling end-to-end quality management within manufacturing.

Quality Planning

Structured methods for ensuring product and process quality.

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APQP Project Management

Standards-compliant operations embedded in structured project workflows—from prototype to series production.
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Control Plan / Inspection Plan

The central tool for the systematic assurance of quality-critical processes.
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FMEA Software

The tool for defect prevention, risk minimization, and audit readiness.
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CAD Import

Automatic extraction of characteristics from technical drawings for direct creation of inspection plans.
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Initial Sample Inspection

End-to-end support of PPAP and EMPB processes, including approval workflow management.
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Inspection Equipment Management

Reliable, calibrated, and traceable inspection equipment within the process.

Quality Assurance & Production Control

Structured methods to ensure quality in manufacturing and enable transparent control of production processes.

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CAQ360 / Mobile Inspection

Digital and mobile execution of inspection processes directly on the shop floor—for transparent workflows, rapid response, and end-to-end quality assurance.
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Maintenance

Ensures equipment availability and process capability through structured maintenance, transparency, and predictable processes.

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Machine Data Acquisition (MDA)

Real-time transparency for quality-relevant machine states, events, and process data.
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Measurement Equipment Integration

Directly connects measurement equipment and inspection devices, enabling automatic capture of measurement data—for error-free data acquisition and efficient inspection processes.
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SPC

Monitors process stability in real time, detects deviations early, and ensures sustainable process quality.
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Outgoing Goods Inspection

Controls quality-assured release processes, provides full traceability, and supports on-time delivery.
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Incoming Goods Inspection

Ensures material quality before production starts through structured inspection processes, release procedures, and transparent supplier evaluation.

Quality Management & Continuous Improvement (CI)

Structured methods to ensure quality, transparency, and continuous improvement.

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Audit Management

Plans, manages, and documents audits in a structured way—creating transparency and supporting sustainable quality standards.
Document Control

Document Management

Manages quality-relevant documents centrally, ensures version control and approvals, and provides up-to-date information at all times.
complaint management

Complaint Management and 8D

Captures and processes complaints systematically, supports structured root cause analysis, and ensures sustainable defect resolution.
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Action Management / CAPA

Plans, tracks, and manages actions centrally, ensures their effectiveness, and supports continuous improvement.
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Reports, KPIs and Analytics

Consolidates quality-relevant KPIs and analytics in a central location, creates transparency, and enables data-driven decision-making based on up-to-date information.

APPLICATION

QM.CAQ is used across organizations of all sizes—from mid-sized companies to global enterprises. Many requirements are already covered within the standard system based on practical experience. Additional processes, systems, and requirements can be specifically connected and integrated.

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Principle

 


 

As much standardization as possible, as much customization as necessary.

Compact expert knowledge for informed QM decisions

Free e-papers & product datasheets for quality management decision-makers

See how our CAQ software fits your processes

In a no-obligation conversation, we explore how Quality Mining and modular CAQ software can be applied in your production—practical, integrated, and without commitment.
We listen, understand your goals and challenges, and bring over 45 years of experience in quality management and process effectiveness.

Direkt mit Fachberater

Frequently Asked Questions about CAQ Software

What are the benefits of customizable CAQ software?

In manufacturing, a significant part of company-specific know-how lies within the process. Production workflows, inspection strategies, and quality requirements therefore vary considerably from one company to another.
Customizable CAQ software makes it possible to systematically map these specific conditions without changing the underlying quality logic.
While the mechanisms of quality planning, quality assurance, and continuous improvement can be standardized, their implementation must be adapted to the respective process.

The advantage lies in combining:

  • consistent, transferable quality logic
  • individual mapping of real manufacturing processes

This ensures that quality is not only documented, but effectively embedded within the process.

How do you integrate existing systems such as SAP, ERP, or MES?

Existing systems are not replaced but functionally extended.
Structural data such as master data, inspection lots, or orders remain in leading systems like SAP or ERP. The CAQ software handles process-related execution, particularly data capture, inspection, and feedback.
Data exchange takes place via defined interfaces, with the goal of a consistent data base without media disruptions or redundant maintenance.
Existing Excel-based solutions are not simply transferred but transformed into a structured and scalable system logic that enables end-to-end process integration.

How can I adapt CAQ software to my specific requirements?

Existing systems are not replaced but functionally extended.
Structural data such as master data, inspection lots, or orders remain in leading systems like SAP or ERP. The CAQ software handles process-related execution, particularly data capture, inspection, and feedback.
Data exchange takes place via defined interfaces, with the goal of a consistent data base without media disruptions or redundant maintenance.
Existing Excel-based solutions are not simply transferred but transformed into a structured and scalable system logic that enables end-to-end process integration.

What should I consider when selecting customizable CAQ software?

Selecting CAQ software is a multi-step process that strongly depends on the company’s initial situation.
A clear understanding of existing processes and inspection strategies is essential.
Unclear workflows or inconsistent structures increase implementation effort and make later use more difficult.

Key criteria include:

  • Ability to map quality planning, inspection, and analysis end-to-end
  • Integration of control plans, inspection plans, and quality-critical characteristics into operational processes
  • Capability for automated data capture and clear assignment of measurement data
  • Integration of inspection equipment and machines (e.g., via interfaces or import mechanisms)
  • Seamless integration into existing system landscapes (ERP, MES, specialized applications)
  • Modular structure for step-by-step implementation and expansion

The goal is a solution that can accommodate changes in processes, inspection strategies, and data sources without destabilizing the existing structure.

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