Drive Manufacturing Digital Transformation with AI Powered Quality Applications

Digitize Your Manufacturing 10x Faster at One-Tenth the Cost

AI Powered Quality Applications

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25% Higher Production Efficiency

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20% Downtime Reduction

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10% Cost Reduction

Praxie is the AI-Powered Quality Applications Software Platform for Manufacturing that provides the world's most robust set of integrated, customizable applications for TQM, QMS, Root Cause Analysis, APQP, ISO Planning and more, all 10x faster at one-tenth the cost of other systems.

Praxie's Quality Management Modules

Answer Quality Questions

  • Data Analysis & Correlation Identification: Praxie’s AI can analyze manufacturing data to identify correlations between environmental factors (e.g., temperature, humidity, and pressure) and defect counts, helping users pinpoint key variables influencing quality.
  • Actionable Insights for Process Optimization: The software suggests actionable strategies to mitigate defects, such as focusing on temperature control, based on observed correlations, enabling users to implement targeted process improvements.
  • Dynamic Customization: Users can provide additional directions or refine their focus on specific data segments, allowing the AI to regenerate tailored responses and ensure the insights meet their exact needs.

Root Cause Issue Detection

  • Automated Pareto Analysis: Praxie generates Pareto charts to visually prioritize the most significant causes of defects, allowing users to focus on the areas with the greatest impact on quality.
  • Detailed Cause Descriptions: The software provides comprehensive explanations for each root cause, linking environmental factors (e.g., temperature) to their effects on processes like material properties, tooling performance, and machine calibration.
  • Customizable Insights: Users can provide additional directions to refine the analysis, enabling iterative adjustments to ensure the root cause insights align with specific production needs and challenges.

Get Quality Improvement Solutions

  • Customized Solutions for Quality Improvement: Praxie identifies tailored best practice solutions, such as implementing temperature-controlled material handling, optimizing tooling maintenance, and enhancing machine calibration, to address specific environmental factors affecting defect rates.
  • Integration of Key Performance Indicators (KPIs): Each suggested solution includes associated KPIs (e.g., Material Temperature Variance, Defect Rate, Tooling Change Frequency), ensuring that the proposed strategies are measurable and aligned with performance goals.
  • Simulation for Implementation Feasibility: The option to create simulations for each suggested solution allows users to test the effectiveness and practicality of proposed strategies before implementing them in real-world scenarios.

Enable ROI-Driven Solutions

  • Data-Driven Solution Prioritization: By integrating KPIs such as Material Temperature Variance and Defect Rate, Praxie enables organizations to focus on high-impact areas to maximize return on investment.
  • Simulation for Cost-Benefit Analysis: The software provides simulation tools to evaluate the effectiveness of each proposed solution, helping users estimate ROI before implementation.
  • Optimization of Resource Allocation: By identifying and suggesting tailored actions like tooling maintenance or machine calibration, Praxie ensures efficient use of resources to achieve the best financial and operational outcomes.

Proactive Operational Improvement Monitoring

  • Real-Time Defect Tracking: Praxie uses visual dashboards with metrics like defect counts and automation performance, enabling users to monitor and address quality issues in real time.
  • Comprehensive KPI Monitoring: The software tracks key performance indicators such as safety training completion rates, defect rates, and equipment downtime, ensuring holistic oversight of operational performance.
  • Actionable Insights for Process Optimization: With targeted automation suggestions and data visualization tools, Praxie provides actionable recommendations to reduce inefficiencies and drive continuous improvement.

Use our individual process apps or integrate into your own custom workflows and solutions.

Total Quality Management (TQM)

Our TQM app is a specialized software solution designed to help manufacturing organizations maintain high standards by streamlining the quality control process. Quality control managers, production supervisors, and compliance teams typically use this tool to establish customizable inspection workflows, monitor production quality in real time, and automate reporting for internal and regulatory requirements. By providing intelligent alerts for non-conforming items, seamless system integration, and detailed analytics, the app enables organizations to quickly detect defects, reduce waste, and maintain compliance. Its ability to deliver actionable insights fosters continuous improvement and ensures that every product meets customer expectations, ultimately enhancing operational efficiency and profitability.Learn More »
5-S 5S System Template - Excel XLS Template

5S Audit Software

A 5S Audit for manufacturing is a systematic approach to optimizing transactional and operational processes. Commonly employed by quality assurance teams, process engineers, and operations managers, it leverages the principles of the 5S methodology—Sort, Set in Order, Shine, Standardize, Sustain—to streamline workflows and reduce inefficiencies. By meticulously examining and refining transactional tasks such as documentation, inventory management, and data processing, the assessment paves the way for heightened operational clarity, reduced waste, and an overall boost in productivity.Learn More »

Design for Six Sigma Software

Design for Six Sigma (DFSS) is a systematic approach in manufacturing that focuses on designing products and processes to meet or exceed customer expectations and minimize defects from the outset. Primarily used by engineers, quality professionals, and project managers, DFSS integrates the principles of Six Sigma into the design phase, ensuring that the design is robust, reliable, and aligns with customer needs. The primary value of DFSS lies in its ability to proactively identify and address potential issues, leading to reduced design modifications, faster time-to-market, and enhanced product quality, ultimately translating into increased customer satisfaction and reduced costs.Learn More »

Root Cause Analysis

Root Cause Analysis (RCA) is a systematic approach employed within the manufacturing realm to diagnose and identify the fundamental sources of product defects, machinery failures, or process inefficiencies. Typically harnessed by quality assurance teams, maintenance engineers, and process managers, RCA delves beyond mere symptom spotting, aiming to unearth the underlying causes of issues rather than their surface manifestations. By facilitating the resolution of these root causes, RCA proves invaluable in enhancing product quality, boosting equipment uptime, and optimizing overall operational efficiency. Its implementation not only reduces the recurrence of costly disruptions but also propels continuous improvement initiatives, solidifying a foundation for manufacturing excellence.Learn More »

Standard Operating Procedure (SOP) Software

The Standard Operating Procedure (SOP) application provides a complete process, inventory, and dashboard for managing your standard operating procedures. Create SOPs using a simple template. Use intuitive workflows to approve, manage changes, and publish procedures. Track official SOPs and view archives and of historical processes. Search, export, and edit your standard operating procedures to ensure your operations are always fully current and compliant.Learn More »
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Warranty Analysis Software

A Warranty Analysis app for manufacturing is a specialized tool designed to help organizations track, analyze, and manage warranty claims and product performance data. Typically used by quality assurance teams, product engineers, and warranty managers, this app consolidates data from warranty claims, customer feedback, and product performance to identify trends, root causes, and recurring issues. By using advanced analytics and AI-driven insights, the app enables teams to pinpoint specific quality issues, predict future failures, and make data-driven improvements to product design and manufacturing processes. This tool helps reduce warranty costs, improve product reliability, and enhance customer satisfaction by providing manufacturers with the information needed to proactively address quality issues and optimize product performance.Learn More »

APQP

Advanced Product Quality Planning (APQP) is a structured framework employed within manufacturing to ensure product quality and customer satisfaction from the earliest design stages through post-production. Typically utilized by product engineers, quality professionals, and project managers, APQP guides the development and refinement of products by emphasizing preventive measures over inspections, and by promoting early identification of potential risks. This methodology not only aligns manufacturing processes with customer needs and expectations but also optimizes resource allocation, ultimately driving efficient production and high-quality end products.

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A3 Manufacturing Project Software

ISO Planning Software

An ISO planning app for manufacturing is a digital tool designed to help organizations achieve and maintain ISO certification by streamlining compliance management processes. Typically used by quality managers, compliance officers, and operations teams, this app provides a centralized platform for managing documentation, scheduling audits, tracking corrective actions, and monitoring ongoing compliance efforts. By automating repetitive tasks, generating real-time insights, and organizing all compliance-related data in one place, an ISO planning app simplifies the complex requirements of ISO standards. This tool not only helps reduce the administrative burden of compliance but also minimizes the risk of non-compliance, supports continuous improvement, and ultimately enhances operational efficiency and quality across the organization.Learn More »

AI Analysis

Root Cause Analysis (RCA) is a systematic approach employed within the manufacturing realm to diagnose and identify the fundamental sources of product defects, machinery failures, or process inefficiencies. Typically harnessed by quality assurance teams, maintenance engineers, and process managers, RCA delves beyond mere symptom spotting, aiming to unearth the underlying causes of issues rather than their surface manifestations. By facilitating the resolution of these root causes, RCA proves invaluable in enhancing product quality, boosting equipment uptime, and optimizing overall operational efficiency. Its implementation not only reduces the recurrence of costly disruptions but also propels continuous improvement initiatives, solidifying a foundation for manufacturing excellence.Learn More »

Our Customers Achieve Great Results

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Your Manufacturing and Operations Practice Lead

Michael Lynch

Michael Lynch is a creative and successful executive with extensive leadership experience in delivering innovative collaboration products and building global businesses. Prior to founding Praxie, Michael led the Internet of Things business at SAP. He joined SAP as part of the acquisition of Right Hemisphere Inc., where he held the position of CEO. During his tenure, he transformed a small tools provider for graphics professionals to the global leader in Visualization software for Global 1,000 manufacturers and led the company to a successful acquisition by SAP.

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