Blog
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Industry and Trends
Leveraging simulation for factory layout design
Explore the impact of discrete event simulation and digital twin technology on factory layout design! These tools streamline the design process, provide precise insights, and enhance visualization, making it easier to communicate and solve manufacturing challenges. See how they can boost your factory’s efficiency and innovation.
Digital twin in manufacturing: what it is, how it works & why it matters
Learn what a digital twin in manufacturing is, how it works, and how manufacturers use digital twins to reduce risk, boost efficiency by up to 30%, and accelerate production, with…
Advanced robot offline programming (OLP) workflow for welding: templates and automatic path optimization
Learn how advanced robot offline programming for welding helps manufacturers program robots faster, more consistently and at scale. This guide explains structured OLP workflows, reusable weld templates, welding databases and…
Automated robot programming: automated path creation in minutes
Automated robot programming reduces hours of manual work by shifting path creation and validation to the offline programming software (OLP). This article explains how automated programming works in practice, the…
Complete guide to ABB robot programming and offline programming
Master ABB robot programming with offline programming (OLP). This comprehensive guide explains how to efficiently program MultiMove synchronized welding cells, streamline the OLP workflow and choose the right software, ABB…
Visual Components 5.0 – The fastest way from concept to reality
Visual Components 5.0 is here, and we’re excited to introduce this all-in-one manufacturing simulation platform now supercharged with major upgrades.
Optimizing manufacturing with simulation and robot offline programming
Manufacturers are increasingly relying on simulation and robot offline programming to master variant diversity, improve quality and keep cycle times predictable. This article explores how simulation, digital twins and offline…
Manufacturing simulation and robot offline programming as the foundation of digital production planning
Manufacturing simulation helps companies validate feasibility, optimize performance and reduce risk before building real systems. By combining production simulation with offline robot programming, manufacturers can test cycle times, robot reach,…
Fast and easy robot offline programming (OLP) for welding: a practical no-code workflow
Robot offline programming (OLP) makes robotic welding faster, more predictable and easier to manage, especially in high-mix, low-volume environments. This guide outlines the foundational OLP workflow, covering digital cell setup,…
How offline programming software improves robotic welding efficiency
Offline programming software makes robotic welding more efficient by enabling manufacturers to create and optimize robot programs directly in a digital environment. It supports a wide range of processes including…
Manufacturing experts on why early simulation and people-first automation matter
Earlier this year, Visual Components hosted a roundtable discussion titled “How to Achieve Efficiency in Production,” bringing together Finnish experts from industry and academia to share their insights on how…
Next-level robot offline programming automation with model-based engineering
Explore how model-based engineering enables the next level of robot offline programming automation by connecting design and manufacturing through model-based definition. With validated manufacturing data exported via Capvidia tools to…
Automating robot offline programming with Visual Components OLP software
From one-click programming to fully automated use of model-based definition (MBD), Visual Components OLP software leverages product manufacturing information (PMI) to streamline workflows, eliminate manual robot programming, reduce errors and…
