Overview
Product Overview
RoboCode-Studio Pro v5.2 is a professional-grade multi-robot IDE engineered for industrial automation engineers, robotics integrators, and R&D teams developing complex distributed robotic systems. As a certified programming software platform, it unifies development, simulation, and real-time deployment across heterogeneous robot fleets — seamlessly bridging high-level logic with low-level motion control. Built to meet rigorous industrial standards, this CE/UL-certified solution delivers deterministic performance for mission-critical production lines and smart factory applications.
Unlike generic IDEs, RoboCode-Studio Pro natively supports ROS 2 programming (Humble, Iron, Rolling) alongside hard real-time EtherCAT master stack integration — enabling synchronized control of up to 64 robots, PLCs, and IO modules within a single workspace. Its intuitive visual workflow engine, coupled with robust debugging tools and protocol-aware auto-completion, significantly accelerates development cycles while ensuring compliance with industry robot protocol standards such as ROS 2 DDS, CiA 402, and IEC 61131-3 extensions.
Key Features
- Native ROS 2 middleware integration with full lifecycle node management
- Real-time EtherCAT master stack (conformance-tested per ETG.1000)
- Multi-robot synchronization & time-triggered task orchestration
- Visual drag-and-drop logic builder + Python/C++ dual-language support
- Integrated Gazebo & Webots co-simulation with hardware-in-the-loop (HIL)
- Role-based access control, audit logging, and CI/CD pipeline integration
- Automated code generation compliant with ISO 13849 & IEC 62061 functional safety guidelines
Technical Specifications
| Parameter | Value |
|---|---|
| Version | v5.2.1 |
| Supported OS | Ubuntu 22.04 LTS, Windows 11 IoT Enterprise |
| ROS 2 Distributions | Humble, Iron, Rolling (source & binary) |
| EtherCAT Stack | SOEM-based master, 100 µs cycle time @ 100 Mbps |
| Max Robot Nodes | 64 concurrent real-time nodes |
| Protocol Support | DDS (RMW implementations), CiA 402, CANopen, Modbus TCP |
| IDE Licensing | Concurrent floating license (per core or per seat) |
| Certifications | CE (EN 61000-6-2/6-4), UL 62368-1, ISO/IEC 27001 compliant |
| Minimum RAM | 16 GB DDR4 |
| Storage | 50 GB SSD (recommended) |
| Network Interface | Dual Gigabit Ethernet (one dedicated to EtherCAT) |
| Development Languages | Python 3.10+, C++20, ROS 2 IDL |
Applications
RoboCode-Studio Pro excels in multi-robot IDE deployments across automotive assembly lines, semiconductor wafer handling cells, logistics sorting hubs, and collaborative mobile robot (AMR) fleets. It empowers OEMs and system integrators to implement scalable ROS 2 programming workflows while maintaining strict timing constraints — making it the preferred programming software for Industry 4.0 digital twin initiatives and certified robotic cell validation. Its deep robot protocol interoperability ensures seamless integration with legacy PLCs, vision systems, and MES platforms.
Our Premium Services

Remote Diagnosis and Support
Our engineers provide fast remote troubleshooting and technical guidance to minimize your equipment downtime.
01
On-site Installation Service
Professional technicians handle on-site equipment installation and precise commissioning for seamless production start-up.
02
Operator Training & Manuals
Comprehensive user training sessions and detailed documentation ensure your team operates safely and efficiently.
03
Spare Parts Guarantee
Original manufacturer spare parts supplied fast and reliably for all delivered industrial equipment and lines.
04Precision Assembly Solutions
Our automated assembly lines are widely applied in electronics manufacturing, helping clients enhance assembly accuracy and achieve 30% higher efficiency. With integrated industrial robots and CNC machining centers, production cycles are shortened, and defect rates are reduced by 20% for competitive market delivery.

Automotive Industry Integration
Our robotic palletizing and laser cutting solutions empower automotive clients to streamline in-plant logistics and precise component shaping. Integrated servo drive systems and automated handling equipment enable faster, more flexible production lines, supporting seamless adaptation to custom requirements and increasing output quality.


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