Industrial path solutions, IPS, is a software suite based on innovative algorithms for virtual product realization. The world's leading manufacturing companies use IPS for tasks ranging from flexible components design, assembly feasibility, robot optimization to simulation of complex flow and surface treatment processes.
Satisfied customers from several countries worldwide
More than 100 companies from various industries trust and rely on IPS solutions to solve their particular use cases
Nearly all of the world’s major automobile manufacturers use IPS solutions to get reliable results by virtual validation throughout their production process
Take full control of your cables and hoses with IPS Cable Simulation. Real time simulation of flexible materials.
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Simulate flexible, moving bellows and grommets with fine structures using a fast FEM-based approach. Flat Cables is a tool for fast and realistic simulations of flat cables. Flexible objects are defined by their physical dimensions in 2D, along with a thickness parameter for the third dimension, and material parameters.
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In numerous technical products, cables and hoses are exposed to dynamic excitations. These excitations can have a direct influence on the component behavior and its durability. The Durability and Dynamics module offers the possibility of reducing the number of physical prototypes in the long term and thus optimizing your development process.
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Fast and efficient algorithms for easy evaluation of assembly ergonomics that considers human diversity using a realistic biomechanical model.
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Automatic collision-free assembly or disassembly paths. The IPS Path Planner calculates the optimum assembly path for each object to be planned.
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With IPS powerful algorithms you can combine the real world through scanned pointclouds with designs from the virtual world and at the same time use all powerful functionalities of IPS. Check collisions and distances in the pointcloud, use firstperson controls to fly through the factory floor, path plan and find out what the maximum volume is that can be transferred through a generated path.
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Award winning technology for Robotics. Proven results: 75% faster commissioning, 25% improved cycle time.
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Accurate simulation of the sealing deposition process taking the complex material rheology and surface flow into account.
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The simulations are used to optimize the painting process to be more environmentally friendly, more energy and cost efficient, and improve product quality.
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Play simulations, manipulate flexible and rigid objects, make use of distance and collision measures or use gliding functionality to assemble and disassemble objects directly in VR. Or let the virtual and real world meet in VR by using CAD geometries and scanned pointclouds.
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