Learn How Omron Sysmac Combines Robot Control with Advanced Automation to Deliver Innovative Industrial Solutions
Programming Omron Industrial Robots in Sysmac
Omron Sysmac is a comprehensive automation environment integrating robot, machine, and sensor control on a single platform. With a consistent architecture and user-friendly programming tools, Sysmac enables efficient design, deployment, and monitoring of applications, from simple pick and place tasks to advanced assembly and inspection operations. At NexaRob, we use Sysmac to create flexible and scalable industrial solutions adapted to dynamic production needs.
Why Omron Sysmac?
- Unified control platform: Covers robots, PLCs, HMIs, servo drives, and vision systems within one environment, simplifying integration and reducing the number of configurations.
- User-Friendly Programming Tools: Built-in function libraries and ready-made blocks make it easier to create and optimize code, even for complex processes.
- Easy communication and data exchange: Thanks to common protocols and standards, Omron robots in Sysmac can quickly exchange information with other line devices, significantly improving the entire production process.
How Can NexaRob Help?
- Requirements analysis: Together with the customer, we define the project scope and objectives to select the appropriate devices and modules within Sysmac.
- Application development and optimization: From writing code and testing in a simulation environment to final implementation on the production line.
- Support and training: We provide instruction for operators and engineers to ensure efficient system operation, as well as service and consulting for developing new functions.
See what sets the Sysmac platform apart and why Omron robots are highly valued across many industries
Key Functions and Application Examples in Omron Sysmac
Although there are various environments for controlling robots and automation, Sysmac offers unique consistency and a comprehensive approach. Below we present the platform's main distinguishing features and examples of industries in which Omron robots are especially valued:
Unified Ecosystem
Within Sysmac, a robot, PLC controller, vision system and servo drives can be managed using a single application and library.
Application: Production lines where multiple devices must work together, for example CNC machine tending, quality control and palletizing.
Advanced Vision Tools
Omron offers extensive vision modules that can be easily integrated with the robot. This enables dynamic motion correction based on camera images.
Application: Sorting processes, precise assembly of small components and visual inspection of parts in the electronics and medical industries.
Combining Data from Sensors and IoT Systems
Sysmac collects data from force, temperature, or pressure sensors and enables real-time analysis.
Application: Monitoring working conditions in the food industry, tracking energy consumption, and remotely detecting deviations in the production cycle.
Easy Expansion and Updates
Thanks to the modular code structure and support for communication standards such as EtherCAT and Ethernet/IP, the system can be freely expanded with new devices and functions.
Application: Companies planning to expand their lines as production grows or new products are introduced.
Safety
Sysmac includes functions for monitoring safety zones and handling emergency procedures, such as emergency shutdown and speed limitation, which are important in environments where people work with robots.
Application: Industries with strict occupational health and safety standards, including automotive, chemical, and food production.
Omron Sysmac Platform provides comprehensive tools for controlling robots, machines, and entire production lines in a single environment. NexaRob supports companies through full implementation, from concept and hardware configuration through programming and testing to training and servicing. This allows your line to operate more efficiently, safely, and smoothly while responding to rapidly changing market challenges.
Explore various ways to create code in the Sysmac environment and tailor them to the needs of your production line
Main Programming Modes and Methods in Omron Sysmac
Online, Offline, Teach Pendant and More
Omron robots and devices on the Sysmac platform can be programmed in several ways, from basic code editing in an online environment to advanced simulation tools and remote management. At NexaRob, we help select methods that ensure fast, safe and flexible implementation in your factory. The main modes are presented below:
Teach Pendant (Online Programming)
- Direct editing: Using the controller display and buttons, the operator can define movement points and task sequences directly at the workstation.
- Rapid line changes: Ideal in situations where small adjustments are required during operation, such as changing the gripper position or speed parameters.
- Limitations: More complex applications (with many points or complex logic) can be time-consuming to implement using only the robot panel.
Offline Programming (Simulation Environment)
- Working on a computer: Code and trajectories are created using offline Sysmac tools, enabling detailed testing and optimization.
- Time savings: The production line can continue operating while engineers work on a new version of the application. Once uploaded, only minor live adjustments are required.
- Application: Advanced processes requiring precise collision verification, cycle-time analysis, and connection to other systems.
Remote Online Programming, Network-Based Control
- Remote access: With appropriate security protocols, the NexaRob team or your engineers can connect to the Sysmac controller over the network and introduce code updates from any location.
- Expert support: Enables rapid response to faults or optimization needs without sending an engineer to the facility.
Hybrid Approach
- Combining methods: A combination of rapid online correction, for example using a Teach Pendant, and thorough design and optimization in offline tools is usually used.
- Gradual improvement: Code can be developed and tested iteratively, with final adjustments implemented on the operating line to minimize downtime.
Methods programming in Omron Sysmac are flexible and are often combined depending on the complexity and rate of change in the process. This makes it possible to improve the operation of robots and other automation equipment in both simple and demanding production environments. In the following sections, we will examine how Sysmac connects with vision systems and sensors, enabling even more intelligent and automated line operation.
See how the Sysmac environment and Omron robots dynamically respond to camera and sensor data, adapting to changing conditions on the line
Integration with Vision Systems and Sensors in Omron Sysmac
Omron robots and devices using the Sysmac platform are not limited to executing fixed code. Thanks to built-in communication functions and vision modules, they can actively respond to information from their surroundings. Below we explain how such integration facilitates automation:
Vision Systems
- Protocols and libraries: Sysmac enables seamless connection to Omron 2D/3D cameras and other compatible systems, allowing robots to receive current data about the position and shape of parts.
- Real-time motion correction: When products are arranged randomly, the robot calculates an offset and adjusts the trajectory, significantly shortening the cycle in pick and place tasks.
Force and Torque Sensors
- Precision Assembly: In applications requiring delicate component assembly, the robot can monitor pressing force to avoid damage.
- Collision Detection: When torque exceeds a specified threshold, Sysmac stops movement and triggers emergency procedures, protecting equipment and the surrounding environment.
Integration with PLCs and Controllers
- Unified platform: Sysmac is a concept combining robot, PLC, and HMI control within one environment so all devices can exchange data without barriers.
- Application: Lines where the robot must work closely with machines, feeders or conveyors, receiving real-time information about process status.
Application Examples
Food Industry
A camera verifies the shape and size of fruit while the robot gently places it in containers, controlling gripping force.
Electronics
PCB and small-component assembly with vision correction. Sysmac allows the robot to dynamically shift according to the actual component position.
Logistics
Sorting parcels by size or QR code, where data from the vision system is sent to the robot and it automatically places each parcel in the correct location.
Thanks to integration with vision systems and sensors, Omron robots in the platform Sysmac can respond intelligently to changing conditions, increasing the efficiency and safety of the entire process. NexaRob helps select equipment, configure the environment, and write code so that your production line can make maximum use of the potential of modern automation and robotics.
See how Omron Sysmac can improve the palletizing process in the demanding food industry while maintaining high hygiene and safety standards
Palletizing Automation in the Food Industry with Omron Sysmac
Below we present an implementation example in the food sector, where Omron robots managed in the Sysmac environment helped significantly increase palletizing efficiency for products of different sizes and shapes. With high product turnover and strict hygiene requirements, not only speed but also ease of adaptation to new packaging types is important.
Context and Key Challenges
- Diverse products: Cartons, bags and bottles, all with different dimensions and weights.
- Rigorous Hygiene Standards: The need for frequent downtime to wash the line, which required flexible software capable of adapting to restarts and rapid reconfiguration.
- Dynamic product range: New product variants appeared regularly, which had to be reflected in a modular approach to code and the selection of motion parameters.
Solutions in Sysmac Code
Modular Palletizing Structure
Each type of packaging, such as a medium-sized carton or large bag, received a separate configuration module containing size, weight, and permitted gripping-force parameters. Switching the module in the Sysmac controller was enough for the robot to adapt its trajectory and gripping method to the new format.
Integration with a Vision System
A camera checked whether packages were aligned correctly on the conveyor, and when a deviation was detected, the robot corrected its movement, accelerating and improving the process. For irregular shapes, Sysmac automatically calculated the offset, resulting in fewer damaged products.
Safety and Hygiene
The code included special "cleaning" sequences. The robot stopped palletizing and safely moved to a parking position, giving operators easy access to the workstation. Sensors were also used to detect possible fluid leaks or opening of safety enclosure doors so movement could be stopped immediately in the event of danger.
Results and Benefits
- Throughput increase of approximately 30%: Thanks to rapid adaptation to different packaging types and dynamic motion correction, the palletizing cycle time was significantly reduced.
- Reduced product damage: Precise gripping force control and vision correction reduced the number of deformed packages and spilled liquids.
- Easy code modification: Operators could make minor changes to gripping parameters or the palletizing layout, allowing the line to adapt quickly to new product ranges.
This case study shows how Omron Sysmac platform supports robots in achieving high palletizing performance even with a wide variety of products and stringent hygiene conditions. NexaRob provided comprehensive support, from requirements analysis and code development to training and ongoing service support, ensuring confidence and process flexibility.
How can high efficiency and reliability of Sysmac applications be maintained while ensuring maximum safety and standards compliance?
Code Optimization and Safety Procedures in Omron Sysmac
After implementing an application in the Omron Sysmac environment, it is worth continuously analyzing and optimizing the code so that robots and devices operate efficiently and reliably while meeting occupational safety standards. Here are the key practices we recommend at NexaRob:
Cycle Time and Trajectory Analysis
- Collecting statistics: Sysmac can monitor the number of cycles, errors, and downtime periods. Regular analysis of this data helps identify areas for improvement.
- Motion refactoring: Small trajectory changes or speed adjustments can often shorten the cycle without reducing operation quality.
Code Structure and Modularity
- Eliminating repetition: Creating shared functions and modules in an application reduces the risk of errors and speeds up the implementation of changes.
- Clear naming: Consistent, descriptive variable names (e.g. nSpeedPick, bSafetyZone) help maintain readability and facilitate teamwork.
Safety Procedures
- Emergency stop conditions: Sysmac enables immediate interruption of operations when a collision or protected-zone violation is detected. The correct operation of sensors and light curtains should be checked regularly.
- Occupational Health and Safety Tests: Periodic system tests, such as verifying correct sensor readings, help maintain regulatory compliance and ensure operator safety.
Updates and development
- Firmware and New Functions: Omron may release updates for Sysmac controllers. It is worth assessing whether the improvements can help achieve better performance or support additional devices.
- Project Scalability: If a company expands a line with additional robots or devices, a modular approach to Sysmac code makes it easier to implement new components quickly.
Systematic code optimization and attention to safety in the environment Omron Sysmac enable robots and devices to operate with maximum efficiency and reliability. NexaRob supports this process by providing audits, consultations, and modernization of existing solutions, allowing your production to continuously develop while maintaining high standards of quality and safety.
Clear Up Your Questions About Developing and Maintaining Applications in Omron Sysmac and Learn About Our Support Model
Frequently Asked Questions
Below we present answers to frequently asked questions about Omron robots and devices programmed in the Sysmac environment. If you do not find the issue you are interested in here, contact NexaRob. We will be happy to discuss your project and present specific proposals.
No. Omron Sysmac is designed so that even people with basic knowledge of control logic can quickly create and modify applications. NexaRob also offers training that accelerates your team's adaptation process.
Yes. This is one of Sysmac's main advantages. You can manage robots, PLC controllers, vision systems and other line components from a single platform, reducing configuration time and simplifying maintenance.
Yes. Simulation software makes it possible to create and preliminarily verify code without stopping production. Once testing is complete, the finished solution can be uploaded to the controller, significantly reducing downtime.
Sysmac offers extensive communication functions that allow Omron robots and devices to receive data from 2D/3D cameras and sensors. In code, you can dynamically adjust movement or process parameters based on the current image or force value.
Omron offers series of collaborative robots, or cobots, designed for safe cooperation with people. In Sysmac, it is also possible to define force and speed limits and introduce emergency-stop procedures for dangerous situations.
It depends on the dynamics of processes in your factory. If you introduce new products or line changes, code modifications will be necessary. With stable production, occasional corrections and targeted improvements are sufficient.
Yes. We cooperate with a global network of suppliers, including Omron. We can help select the appropriate robot model, configure the entire line, write code, and provide service support either on site or remotely.
Thanks to the modular approach to programming in Sysmac, most logic can be transferred or adapted to new conditions. NexaRob assists with code migration and device configuration, reducing downtime and compatibility problems.
Contact us by email or phone. NexaRob will perform an initial analysis of your needs, advise on equipment and solutions, and prepare a complete implementation plan for the Omron Sysmac environment.
Do you have more questions?
Contact NexaRob. Our specialists will be happy to help design and implement Omron Sysmac solutions tailored to your key business needs. This can help your production line operate more efficiently, safely, and flexibly as market requirements grow.
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