This eBook explains how Windchill supports effective configuration management to handle product complexity. It highlights key capabilities like BOM management, variant configuration, traceability, and visualization—helping teams reduce errors, improve efficiency, and accelerate time-to-market.
This eBook debunks five common myths about remote monitoring in the medical device industry, showing how it delivers fast ROI, benefits the entire organization, and supports scalable, real-time service improvements through industrial IoT platforms.
This guide outlines key criteria for selecting tools to integrate Product Lifecycle Management (PLM) and Application Lifecycle Management (ALM). It highlights how integration improves collaboration, traceability, and efficiency across hardware and software development, helping teams reduce errors, accelerate time-to-market, and support compliance.
This white paper highlights how simulation-driven design (SDD) empowers engineers to improve product quality, reduce costs, and accelerate development. By integrating real-time and high-fidelity simulation into CAD tools like Creo, teams can iterate faster, validate earlier, and make better design decisions—enhancing innovation and sustainability.
This guide introduces practical strategies for reducing the environmental footprint of manufactured products. It covers design for sustainability (DfS), regulatory compliance, circularity, and digital tools like PLM and digital product passports. The focus is on aligning sustainability with profitability through smarter design, sourcing, and lifecycle management.
This white paper outlines key strategies for successful PLM adoption, emphasizing user engagement, executive sponsorship, clear communication, and flexible training. It highlights the importance of aligning PLM with business goals and empowering engineers to drive digital transformation.
This case study highlights how Lifetime Products transformed its product development by replacing paper-based systems with PTC Windchill. The shift enabled centralized data access, streamlined change management, integrated BOM workflows, and improved collaboration—boosting efficiency, quality, and innovation across the enterprise.
This eBook introduces generative design as a powerful AI-driven approach to product development. It enables engineers to define constraints and receive multiple optimized design options, accelerating innovation and reducing costs. The document highlights tools like Creo’s Generative Topology Optimization (GTO) and Generative Design Extension (GDX), which streamline workflows and support both additive and subtractive manufacturing.
This document introduces generative design as an AI-powered tool that automates part creation based on defined constraints. It enables faster, optimized, and often unconventional designs, supports various manufacturing methods, and enhances both new and legacy product development.
This eBook explores how integrating real-time simulation into the design process can streamline product development. Author Dave Martin shares practical strategies for embedding simulation early in the workflow, enabling faster iteration, reduced rework, and better-informed design decisions. Tools like Creo Simulation Live empower engineers to validate ideas quickly, improving efficiency and product quality without relying solely on analysts.
This white paper details how Cummins embedded Designing for Sustainability (DfS) into its product development process. Through leadership support, updated corporate standards, and tools like PTC Creo, Cummins reduced material use, cut CO₂ emissions, and improved design efficiency—demonstrating that sustainability and business value can go hand in hand.
Comparison of features and functionality between Creo 12 and SolidWorks 2023
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