3 years of refinement, 4 standout features! STEPStudio_V4.0 unlocks a new way to simulate and program robots offline.
2024-04-22
As the application scenarios for robots continue to expand, applications requiring complex, high-precision machining paths are becoming increasingly common. For offline programming, there is now even greater emphasis on maximizing efficiency.
After three years of meticulous refinement, STEPStudio, the robot offline programming and simulation software independently developed by STEP, has officially received a major update to version 4.0. STEPStudio_V4.0 Adds Four New Highlight Features It provides a more human-centered and intelligent interactive experience, enabling flexible and efficient responses to tasks such as programming, component selection, and workstation design in simulated production environments—thus becoming the cornerstone and driving force behind “new-quality productivity.”
Simulation Software Interface Application
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Operating System Upgrade: 100% restoration of the teach pendant interface for quick and easy setup.
STEPStudio_V4.0 comes pre-installed with the latest version of the robot operating system, SRS_V1.8.0, which perfectly replicates the user interface of a real teaching pendant. In the virtual environment, users can learn in-depth about the control system of STEP robots at a minimal cost, mastering key technologies such as motion commands and programming logic. Additionally, the software provides detailed operation tutorials, making it easy for beginners to get started quickly.
Virtual Teach Pendant Interface
STEPStudio_V4.0: Four Highlight Features
I. Easily Handle Workstation Layout
The software supports importing workstation models into a virtual environment, allowing users to freely adjust their layouts. Additionally, robot postures can be easily modified via drag-and-drop gestures and point-capture functionality, providing strong assurance for robot selection. Meanwhile, users can intuitively observe the robot’s motion trajectories and interaction patterns within the workstation, enabling them to evaluate the feasibility of their proposed solutions and effectively reduce implementation risks.
Drag-and-Drop Functionality Demo
II. Precise Simulation of Operational Beats
To accurately simulate the robot’s operation in various working scenarios, we have completed the software model library and checked and updated the motion parameters for all models, ensuring that the robot’s performance in the simulation environment matches its actual behavior.
Comparison of Simulation Speed with Actual Speed
3. Closely align with application scenarios
Supports a variety of application scenarios, including simulated handling and loading/unloading, bending, spraying, welding, palletizing, grinding, and more—for example:
Welding with a positioner—
Set up the robot guide rails and workpiece positioners to accommodate the shape and position of the workpiece during the welding process, ensuring the accuracy and efficiency of the welding procedure.
Pipeline picking and palletizing—
Simulate the conveying process of a conveyor line by setting parameters such as the speed and position of products on the conveyor, as well as the robot’s gripping actions. In conjunction with the palletizing function package, quickly generate the precise placement points across the entire pallet, thereby enhancing both the efficiency and quality of palletizing operations.
4. Automatic Path Generation Without Teaching Required
For application scenarios with complex work paths—such as grinding, welding, spraying, and visual inspection—the software can automatically generate the corresponding robot motion paths quickly and without teaching, based on the model’s line and surface features. At the same time, it allows users to adjust relevant parameters such as point spacing along the path, path direction, and tolerances, and also supports one-click verification of whether the path is feasible.
The generated motion paths can be imported into the actual control cabinet for execution. By adjusting the coordinate system, simulation errors can be compensated for, significantly reducing the difficulty and complexity of on-site debugging. This approach also enhances the smoothness of the robot’s surface motion paths and opens up new avenues for robotic applications.
Automatic path generation
After three years of meticulous refinement, the release of STEPStudio_V4.0 enables enterprises to better test and optimize robotic systems before actual production deployment, thereby reducing trial-and-error costs and enhancing production efficiency. At the same time, it will help companies explore new production methods and management approaches, drive adjustments and upgrades in industrial structures, and lead the development of a new quality-driven productivity model.
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