Learn Urplus-modules - 2 Code Examples & CST Typing Practice Test
UR+ Modules are certified hardware and software add-ons for Universal Robots (UR) cobots. They are designed to integrate seamlessly with UR robots, extending functionality for automation tasks such as vision, grippers, sensors, and specialized end-effectors.
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Learn URPLUS-MODULES with Real Code Examples
Updated Nov 27, 2025
Explain
UR+ Modules provide plug-and-play functionality for Universal Robots, ensuring compatibility and easy integration.
They include pre-tested drivers and software to simplify robot programming and deployment.
Modules cover hardware components like grippers, sensors, and tool changers, as well as software solutions for vision and process optimization.
Certified UR+ modules reduce integration risks and accelerate deployment for industrial automation.
They support URScript and Polyscope programming for consistent robot behavior across applications.
Core Features
Hardware modules: grippers, sensors, tool changers
Software modules: vision, path planning, task automation
UR+ certified for seamless UR integration
Easy installation and configuration
Remote monitoring and diagnostics in some modules
Basic Concepts Overview
URCap - software plug-in that integrates module features into Polyscope
IO Node - interface for electrical or pneumatic signals
End-of-arm tooling (EOAT) - hardware attached to robot arm
Vision module - camera system for robot guidance or inspection
URScript - scripting language for controlling UR robots programmatically
Project Structure
UR robot program in Polyscope
UR+ module hardware installed on robot
URCap software modules installed on robot controller
I/O connections and configuration files
Test scripts and program routines for module operation
Building Workflow
Identify automation task requirements
Select appropriate UR+ hardware and/or software module
Install and configure module on UR robot
Integrate module functionality into robot program via Polyscope or URScript
Test and optimize performance in target application
Difficulty Use Cases
Beginner: Simple gripper or sensor integration
Intermediate: Vision-assisted pick-and-place
Advanced: Multi-module coordination with force feedback
Expert: Custom task automation combining multiple UR+ modules
Architect: Full industrial workcell design with UR robots and UR+ ecosystem
Comparisons
UR+ Modules vs Custom Hardware: certified, pre-tested, faster deployment
UR+ Modules vs Non-certified add-ons: guaranteed compatibility with UR robots
UR+ Modules vs Full Automation Solutions: UR+ targets flexible, small-to-medium scale automation
UR+ Modules vs Manual Programming: pre-configured software simplifies integration
UR+ Modules vs Third-party generic EOAT: optimized for collaborative, lightweight applications
Versioning Timeline
2016 - Launch of UR+ program for certified accessories
2018 - Expansion to include software URCaps and vision systems
2019 - Addition of advanced EOAT and force/torque modules
2021 - Integration with URSim simulation environment
2023 - Improved URCap development tools and certification process
2024 - Expansion of partner ecosystem for industry-specific modules
2025 - Continuous updates to module certification, software, and integration tools
Glossary
UR+ Module - Plug-and-play hardware or software extension for UR cobots
URCap - Software add-on installed on UR robot controller
Polyscope - Graphical interface for programming UR robots
EOAT - Tooling attached to robot end-effector
URScript - Scripting language for UR robot control
Frequently Asked Questions about Urplus-modules
What is Urplus-modules?
UR+ Modules are certified hardware and software add-ons for Universal Robots (UR) cobots. They are designed to integrate seamlessly with UR robots, extending functionality for automation tasks such as vision, grippers, sensors, and specialized end-effectors.
What are the primary use cases for Urplus-modules?
End-of-arm tooling (grippers, suction cups, tool changers). Machine vision integration for inspection and guidance. Force/torque sensing for precision tasks. Process-specific automation add-ons (e.g., dispensing, screwdriving). Simplified deployment of standardized robot peripherals
What are the strengths of Urplus-modules?
Accelerates robot deployment. Ensures compatibility and reduces integration issues. Modular approach allows flexible automation setups. Safety and quality-certified modules. Supports a broad ecosystem of industrial partners
What are the limitations of Urplus-modules?
Dependent on UR robot models and firmware versions. Limited customization compared to fully custom hardware. Some modules may require additional UR accessories. High-end modules can be expensive. Functionality constrained to UR-supported interfaces
How can I practice Urplus-modules typing speed?
CodeSpeedTest offers 2+ real Urplus-modules code examples for typing practice. You can measure your WPM, track accuracy, and improve your coding speed with guided exercises.