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Why complicate things? Motion and Safety all integrated.

Machinery regulation means no motion without safety. With the Sysmac platform, control, motion, and safety are engineered in one software, on one controller.

Watch easy motion and safety video
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Why complicate things? Motion and Safety all integrated.

Machinery regulation means no motion without safety. With the Sysmac platform, control, motion, and safety are engineered in one software, on one controller.

No motion without safety

Wherever a machine moves, the law expects a safety function. 

From January 2027, the EU Machinery Regulation (2023/1230) replaces the Machinery Directive, and every new machine platform needs a safety architecture that stands up to it. 

That turns every motion design decision into a safety design decision, on every axis you specify. If you’re specifying a platform this year, that deadline lands within the machine’s first generation.

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The real cost of a three-vendor stack

Most machine builders still split the job: one vendor for the servos, one for the controller, one for the safety logic. It works. But every hand-off costs engineering hours, and safety logic in a separate tool means separate debugging and a separate qualification path. 

Machine builders who consolidated describe the result differently. Özgenç Makina calls it “a stronger focus on intelligence, safety, and efficiency.” 

Wondering what that would mean for your machines? Start with the expert guide: 5 questions to ask when selecting motion & safety for your machine (PDF).

One software, from controller to servo

Sysmac Studio programs logic, motion, safety, robotics, vision, and HMI in one project. Integrated safety programming isn’t new, and we won’t pretend it is. 

What’s different is how simple it stays: one project, one qualification path, one vendor relationship, and libraries that carry over between machine variants. No parallel safety PLC, no second toolchain: the NX-SL5 safety module brings safety into the same controller, while automatic safety program generation cuts programming time. 

And it holds up in production: Maluka builds cartoning machines that run logic, motion, safety, drives, vision, and HMI from a single Sysmac Studio program. 

The same software and the same safety approach apply from NX1 to NX7. Your team learns it once; your machine range grows without re-learning.

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Machine control

NX1, NX5, and NX7 controllers with integrated safety via the NX-SL5 module. Safety runs over FSoE (EtherCAT), CIP Safety (EtherNet/IP), or both in one system, so a mixed install base doesn’t force an architecture choice.
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Basic Motion

The M1 compact inverter covers Safe Stop: STO rated SIL3/PLe over FSoE, so simple axes meet the stop requirement without a separate safety device.
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Complex Motion

The 1S servo family scales with your safety needs: 1S (STO), 1S-51 (STO, SS1, SLS), and the 1SA with the full motion safety set (STO, SS1, SS2, SLS, SDI, SOS, SLP, SBC), so machines keep moving in safe conditions instead of stopping.

Motion, safety, and control proven on real machines

Around 30% more production capacity, less wiring, and shorter assembly time with Sysmac control and Safety over EtherCAT.

“Our collaboration with OMRON marked a new era in control and motion technologies. It allowed us to redesign our machines with a stronger focus on intelligence, safety, and efficiency.”

- Serkan Mışıl, General Manager, Özgenç Makina

Özgenç Makina achieves 30% higher throughput on door–window production machines with OMRON
  • Özgenç Makina achieves 30% higher throughput on door–window production machines with OMRON

    Özgenç Makina achieves 30% higher throughput on door–window production machines with OMRON

    Özgenç Makina, a globally recognized manufacturer of PVC, aluminium, and wooden door–window production machines, transformed its next-generation equipment with OMRON’s integrated automation technology. By combining Sysmac machine controllers, servo drives, safety CPUs, laser sensors, and an EtherCAT-based network, all field devices now communicate through a single high-speed architecture. A PC interface developed by Özgenç enables real-time data exchange with the controller, improving visibility and responsiveness. As a result, machine performance significantly increased: capacity rose by around 30%, wiring and assembly time were reduced, and accuracy and operator safety reached new levels. The company now benefits from a more modular, reliable, and globally competitive machine platform. Read more:

    04:08
One controller integrates logic, motion, safety, and communication. In Anti-sway crane applications, cycle times improved by 40 to 50%.

“By working with OMRON, we are moving away from systems that simply record or display data towards decision-making mechanisms that make production smarter, safer, and more sustainable.”

- Orhan Güler, CTO and Vice President, Elektroteks

Elektroteks accelerates smart automation with OMRON’s Sysmac platform
  • Elektroteks accelerates smart automation with OMRON’s Sysmac platform

    Elektroteks accelerates smart automation with OMRON’s Sysmac platform

    Elektroteks, the world's largest mattress machinery manufacturer, has implemented OMRON's Sysmac Integrated Automation platform across its comprehensive range of production equipment. Operating from five locations with a presence in over 120 countries, Elektroteks supplies quilting, border, and edge-stitching machines, complete automated mattress production lines, and advanced foam cutting and storage solutions. By integrating OMRON's intelligent automation controllers, servo drives, inverters, and Anti-sway technology, Elektroteks delivers scalable solutions from individual machines to fully automated factory installations, establishing itself as the technology partner of choice for hundreds of manufacturers globally. Read more:

    05:11
320 products per minute on 15 servo axes, two machines replaced by one, and everything programmed in one Sysmac Studio project.

“This may sound simple, but there are two challenges here. The first serious task is to collect the products at a speed of 320 pieces per minute. The second, more difficult task is to group these products, once horizontally into columns, once vertically into rows.”

- Kacper Ciesielski, Co-founder, Maluka

Maluka speeds up food cartoning process with OMRON servo drives
  • Maluka speeds up food cartoning process with OMRON servo drives

    Maluka speeds up food cartoning process with OMRON servo drives

    RaceTrack Function Block simplifies complex motion control The process of packing products into cartons in two different ways is problematic for a single machine, which is why companies often require two. To meet this challenge at a major food producer in Poland, the Maluka team undertook the design, production and implementation of a cartoning machine for hamburger steaks, using OMRON technology. Discover more :

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