Products
Robot offline programming
The fastest and easiest offline programming (OLP) software. Compatible with any industrial robot brand, process or complexity, helping you maximize quality, robot utilization rate and production output.
Best-in-class offline programming software
Fastest and easiest
10x faster programming without stopping production. No programming skills required.
Flexible and versatile
One software to maximize utilization of any robot system, supporting all brands, processes and complexities.
Repeatable quality
Accurate and error-free programs ready for reuse anytime in your process knowledge database.
Excellent support
Proven track record with 30 years of industry experience and decades of successful customer relationships.
Unmatched robot programming experience
Robot programming should not be complex, repetitive or time-consuming. It should be fast and easy with minimal robot or production downtime.
Universal compatibility with any robot system
Robot programming software should enhance production flexibility and adaptability, not limit it due to unique languages. It should be compatible with any robot brand, process or complexity to improve robot utilization and output.
Eliminate the need to use multiple software or know multiple robot programming languages with our 17 post-processors and 40+ robot controllers.
Efficiently program your robots for diverse tasks like welding, processing, spraying, jigless assembly and part handling and assemblies on a unified platform.
Easily program layouts from a single robot to multiple robots and robotic assembly operations with unlimited robot axes and over 3,000 ready-to-use components in our eCatalog using a single software.
Consistent quality with excellent accuracy
Inconsistencies and errors compromise the repeatability of quality. Robot programming software should enable repeatable quality with accuracy and minimal waste from manufacturing design to production.
Accurate and error-free programs
Easily calibrate robot layouts for accurate virtual-physical alignment. Let the software validate and optimize programs, eliminating costly production errors, part loss and risk.
Process knowledge database
Save your programs and re-use them anytime in the future for other projects and knowledge sharing.
Manufacturing feasibility
Eliminate last-minute modifications to fixtures and tooling, ensuring a smooth production process without unexpected delays and risks. Thoroughly test and adjust virtual models of the production setup well in advance of actual production.
Decades of customer excellence meeting the most demanding needs
Bunorm Maschinenbau: mastering complex welding quality and efficiency
Learn how Visual Components OLP helped program and optimize complex parts before production, leading to faster programming and improved quality.
Ponsse: driving forest machine innovation and improving productivity
Learn how Visual Components OLP helped enhance automation utilization, maximize productivity and streamline robot cell design.
Berlin Gardens: unlocking full potential of robotic welding in aluminum production
Learn how Visual Components OLP helped program robots for complex tasks with consistent speed and quality.
Robot offline programming FAQ
Leverage 17 robot post-processors from globally recognized robotics brands and 40+ robot controllers from traditional legacy robots to the latest models.
Full list of robot post-processors: ABB, CLOOS, Comau, Doosan, Fanuc, Hyundai Robotics, IGM, KUKA, Kawasaki, Nachi, OTC Daihen, Panasonic, Reis Robotics, Siasun, Stäubli, Universal Robots, Yaskawa.
Our eCatalog provides over 3,000 ready-to-use components, including 1,900+ robots from 60+ robot brands.
Yes, our software creates ready-to-use programs. Easily convert statements into lines of code with our post-processors for 17 robot brands. Download the ready-to-use program to physical robots on the shop floor for real-time execution to reduce commissioning time.
Robot programs generated in Visual Components are error-free and do not require rework, especially when using our seam searching feature. However, if necessary, the programs can be freely modified, adapted and validated on teach pendants.
Leveraging our 30+ years of industry experience, we will ensure accuracy and success for your project. The effectiveness of OLP depends on how accurately the 3D simulation model (CAD model and kinematics) of a layout represents the real work cell. To capture the real layout of the cell, not just what’s represented in CAD, users must perform a process known as robot cell implementation and commissioning. We will build the virtual layout of your robot cells, calibrate the virtual layout with the actual robot cells and test that everything works on the robot cell.
During the implementation process, it is necessary to build the 3D layout of the robot cell and configure the initial information to match the real robot cell. Offline robot cell needs to be also calibrated according to the calibration measurements done with the real robot cell. Once the station is calibrated, we will test that together with end-users to ensure the validity of the process. Depending on the complexity of the robot cell, this process typically takes 4 to 8 working days.
Visual Components OLP software does not require any programming or Python knowledge as we offer a drag-and-drop interface. One of our users had no prior computer experience and managed to use our software to reduce robot programming time.
Yes, by simply choosing the weld statement, then clicking the multipass button, you can adjust the settings or use a preset to generate programs for multi-layer welding seams.
Absolutely, you can build your layouts by choosing from over 3,000 ready-to-use components in our eCatalog. Our software can handle any complexity.
You can create layouts of robot systems of any complexity without restrictions on the total number of axes in Visual Components OLP software. This flexibility allows for the incorporation of auxiliary and external axes, multi-axis workpiece positioners and assembly portals.
With our turnkey solution, we provide all the necessary training and support to ensure a successful project. This includes delivering licenses, providing robot cell implementation services and training for end users. We also offer ongoing technical support, new version releases, comprehensive user manuals and access to our online Academy and Extranet to support self-learning.
Design simulation models and self-commission robots with Professional OLP
Convert your CAD data to simulation models
Design and simulate realistic manufacturing applications with easy-to-use modeling features. Create 3D geometries from scratch, import your existing CAD data, or modify any available components from our library and convert them into simulation-ready models.
Need to create intersections, unions or subtractions of CAD models? Our Boolean Modeling operations have you covered. Modify your CAD geometries for advanced simulations with ease.
Streamline your component development with our pre-built functionality plugins. Just provide simple inputs and let our tools configure component behaviors automatically.
Save time and quickly activate your CAD files for the 3D world. Build new 3D geometries or update imported 3D models effortlessly using our modeling toolkit, all within the product.
Boost simulation performance by simplifying your models and removing unnecessary details. Enjoy reduced file sizes and faster simulations.
Extended OLP calibration tools
Self-commission robot cells with intuitive calibration tools including robot-to-robot calibration. Precisely calibrate robots, external axes and workpiece positioners with guided instructions and detailed reporting. Match the virtual layout with real-world layout to ensure robot programs function accurately for a faster production ramp-up.
Streamline your calibration process for success through intuitive, user-friendly interfaces.
Get instant analysis and reporting of calibration results and minimize the time spent on troubleshooting on-site.
Bring virtual projects to reality with Premium OLP
Enhanced virtual commissioning
Connect your simulations with a range of physical and virtual vendor-specific controllers to plan, debug and verify your programs with powerful visuals and improve virtual commissioning possibilities.
Program KUKA robots in KUKA Robot Language (KRL) using the Visual Components robot program editor. Seamlessly transfer your projects to KUKA virtual controller (KUKA.OfficeLite) and physical controllers. Enhance your virtual commissioning with precise cycle times, accurate robot paths and advanced collision detection.
Connect your simulations directly to ABB, Doosan, Fanuc, Kawasaki, and Yaskawa robots using their respective physical controllers or robot software. Validate your programs with precise cycle times and robot paths, and remotely monitor the performance of your manufacturing systems, ensuring optimal efficiency and accuracy.
Siemens S7 PLC Connectivity supports native connectivity to most physical and simulated Siemens PLCs, including older models. This native connection ensures faster communication speeds with physical S7-1200 controllers and supports connections to S7-PLCSIM.
WinMOD and SIMIT connectivity plugins enable communications with several physical and virtual automation systems. Verify your PLC programs and robot kinematics by connecting with many vendor-specific controllers. SIMIT connectivity opens the door to the complete range of Siemens automation systems including PLCSIM Advanced, PLCSIM, Virtual Controllers, SIMIT UNIT and PLCs.
Quickly create and share designs by exporting them in the FBX format. Includes the ability to export skeletons and joint limits of your 3D objects. Additionally, you can also export animations, providing a more dynamic and interactive view of your designs.
Interactive VR
Interact with your simulations for collaborative selling and training. Share your plans in immersive environment and eliminate any risks before allocating costs to physical setups.
Interact with your simulations in virtual reality. Collaborate better with your project stakeholders and increase your credibility with immersive presentations and training material.
Share your concepts and plans more effectively using custom HMIs in Visual Components 3D workspace and/or Visual Components experience using streaming features and web viewer. Train your shop floor staff or involve your stakeholders for better investment and operational decisions.
Find the right product for your needs
Whether you’re looking for a tool to program your robots or quickly design and present production solutions, we’ve got you covered. Check out our family of 3D manufacturing simulation and robot offline programming products.
Robotics OLP
Maximize quality, robot utilization, and output with the fastest, easiest, universally compatible offline programming software.
- Robot programming
- Layout import and configuration
- Factory simulation
- Collaboration
Professional OLP
Design your own simulation models for custom applications. Program robots and self-commission robot cells with accuracy.
- All features in Robotics OLP
- All features in Essentials
- Convert CAD data to simulation models
- Extended OLP calibration tools
Premium OLP
Bring your virtual projects to reality through this complete simulation and offline programming solution.
- All features in Professional OLP
- Enhanced virtual commissioning
- Interactive VR
Compare products
Robotics OLP
Professional OLP
Premium OLP
Robot programming
Layout import and configuration
Factory simulation
Collaboration
Virtual commissioning
Looking for simulation tools? Check out our range of 3D manufacturing simulation software.
