Omron PLC Programming & Sysmac Automation Systems
Turnkey Omron Sysmac NJ, NX, and CJ series PLC programming, high-speed EtherCAT motion control, integrated machine vision, and zero-risk legacy migrations engineered to British standards.
High-Speed Omron Automation Built for Demanding Production Environments
Omron Sysmac programmable automation controllers combine machine logic, multi-axis motion, functional safety, and optical inspection into a single unified architecture. Driven by the deterministic EtherCAT fieldbus, Omron controllers excel at high-speed packaging, automated assembly, and precision motion applications across the UK and worldwide.
At MASK Control Systems, our control engineers provide end-to-end expertise across the entire Omron product lifecycle. From writing clean, structured code in Sysmac Studio and tuning 1S EtherCAT servos to connecting NX controllers directly to SQL production databases and modernizing legacy C200H panels, we build robust systems engineered for continuous uptime.
Engineered for high-speed automated packaging, cartoning, and assembly machines requiring multi-axis servo motion, built-in EtherCAT, and direct SQL database connectivity.
The core motion powerhouses of the Sysmac family, capable of synchronizing up to 64 axes of advanced motion alongside integrated robotics kinematics and machine vision.
Safety controllers executing functional safety logic over EtherCAT (FSoE) and EtherNet/IP (CIP Safety), certified to ISO 13849-1 (PLe) and IEC 62061 (SIL3).
Proven modular and compact controllers operating thousands of machines across UK manufacturing, offering dependable cyclic logic and straightforward Modbus serial networking.
Our Omron PLC & Sysmac Engineering Services
From fresh Sysmac Studio project creation and high-speed servo synchronization to legacy hardware replacement and shop-floor database integration.
Sysmac Studio PLC & Motion Programming
Turnkey software engineering utilizing Omron Sysmac Studio for unified machine control, combining cyclic logic, multi-axis motion, integrated safety, and vision inspection in a single project environment.
EtherCAT High-Speed Fieldbus Architecture
Engineering deterministic EtherCAT communication backbones connecting Omron machine controllers directly to remote slice I/O, servo drives, and pneumatic manifolds with microsecond synchronization.
Direct Database & IIoT Connectivity
Leveraging Omron NX102 controllers to deliver direct, middleware-free connections between shop-floor machinery, corporate ERP databases, and cloud analytics platforms.
NA & NB Series HMI Touchscreen Integration
Designing high-resolution operator interfaces delivering real-time machine visualization, comprehensive alarm records, graphical trend logging, and recipe management.
Legacy CQM1 & C200H System Modernization
Planned, risk-free migrations modernizing obsolete Omron PLCs to current Sysmac NX and CJ2 platforms without disrupting ongoing plant operations.
Emergency Diagnostics & 24/7 Breakdown Support
Rapid response fault finding, EtherCAT communication diagnostics, and ongoing maintenance support for Omron automation systems nationwide.
Real-World Problems We Solve for Omron Automation Systems
Manufacturers across the UK and worldwide trust MASK Control Systems to resolve persistent EtherCAT communication issues, modernize obsolete hardware, and unlock higher machine speed.
Discontinued CQM1, C200H, or CPM Hardware
Aging legacy Omron controllers facing catastrophic downtime risks due to dried electrolytic capacitors, dead internal backup batteries, and discontinued spare parts.
We modernize legacy software into structured Sysmac Studio projects and install pre-wired terminal adapters, completing changeovers during scheduled plant downtime.
Intermittent EtherCAT Slave Drops & Network Faults
Unexplained production halts caused by cable interference, incorrect topology termination, or misconfigured distributed clocks across EtherCAT servo nodes.
We perform hardware packet analysis, verify signal integrity with industrial test tools, and reconfigure distributed clocks to ensure rock-solid synchronization.
Cycle Time Bottlenecks & Mechanical Wear
Packaging machines operating below rated throughput because of rigid mechanical cams, jerky acceleration profiles, and unoptimized servo motion.
We replace mechanical cams with programmable electronic camming (E-Cam) curves in Sysmac Studio, boosting line speed while smoothing mechanical stress.
Lost Source Code and Password Protected PLCs
Machines acquired without project documentation, password-locked CX-Programmer routines, or unannotated memory registers that prevent engineering adjustments.
Our controls engineers retrieve uploadable logic, decipher program structure, establish clear tag dictionaries, and deliver complete CAD electrical schematics.
Fragmented Shop Floor Data & Cloud Disconnect
Management unable to access real-time production counts, scrap rates, and equipment OEE without manual paperwork or unstable desktop gateway PCs.
We activate native database client functionality in Omron NX102 controllers, writing live production telemetry directly into enterprise databases securely.
Our 6-Step Omron Sysmac Engineering Process
Every project follows our systematic engineering framework, from initial functional specification through to in-house panel testing and live site validation.
System Audit & Scope
Thorough review of machine mechanics, field sensors, servo axes, safety zoning, and operational throughput targets.
Hardware Architecture Design
Developing complete Omron Sysmac controller configurations, EtherCAT bus topologies, and BS EN 61439 electrical CAD drawings.
Software Engineering
Writing modular, documented PLC logic in Sysmac Studio alongside intuitive NA-series touchscreen operator interfaces.
In-House 3D Simulation & FAT
Comprehensive offline simulation and Factory Acceptance Testing at our Devon panel workshop to verify every sequence before dispatch.
On-Site Commissioning & SAT
Physical machine testing, EtherCAT servo tuning, safety trip verification, and throughput optimization under live plant operating loads.
Handover & 24/7 Support
Complete As-Built documentation handover, program project archives, maintenance training, and ongoing SLA technical support.
Where Our Omron Sysmac Solutions Are Deployed
We engineer Omron automation systems tailored to the exact regulatory and technical standards of your manufacturing sector.
High-Speed Packaging & Cartoning
Multi-axis servo collation, rotary knife cutters, carton formers, and electronic camming using Sysmac NX controllers and 1S servos.
Pharmaceutical Serialization & Inspection
Batch tracking, tamper-evident labeling, 2D Datamatrix code verification, and optical character inspection with Omron FH vision.
Automotive Component Assembly
Press monitoring, automated screw fastening, robot cell coordination, and torque verification across Tier 1 and Tier 2 suppliers.
Food & Beverage Processing Lines
Hygienic ingredient batching, bottling synchronization, CIP valve manifold control, and washdown packaging machinery.
Automated Material Handling & AGVs
High-speed sortation conveyors, automated palletisers, pallet wrapping machines, and automated guided vehicle dispatch.
Special Purpose Machinery & Test Stands
Bespoke production machinery, automated endurance test benches, leak detection rigs, and multi-station rotary indexing tables.
Frequently Asked Questions
Clear answers regarding our Omron Sysmac PLC programming, EtherCAT servo integration, and legacy migration services.
Q:Which Omron PLC series and software platforms do you programme?
We program the complete modern Omron Sysmac lineup including NX1P2, NX102, NX701, and NJ101/NJ301/NJ501 machine automation controllers using Sysmac Studio. We also maintain full support for modular CJ1, CJ2M, CJ2H, and micro CP1/CP2E PLCs using CX-Programmer within CX-One.
Q:Can you migrate obsolete Omron CQM1, C200H, or CPM series to modern Sysmac PLCs?
Yes. We execute turnkey phased migrations from obsolete CQM1, C200H, C200HG, and CPM1/2A controllers to current Sysmac NX or CJ2 platforms. We convert legacy memory maps to structured IEC 61131-3 tag architectures while preserving field wiring wherever practical to minimise plant downtime.
Q:How does Omron EtherCAT motion control benefit high-speed machinery?
EtherCAT delivers deterministic cycle times below 500 microseconds with nanosecond distributed clock synchronization. This enables smooth electronic camming (E-Cam), synchronized multi-axis servo coordination with Omron 1S drives, and seamless integration of vision inspection without network lag.
Q:Can Omron NX controllers communicate directly with SQL databases and cloud platforms?
Yes. Omron NX102 controllers feature native database client functionality, inserting and reading records directly from Microsoft SQL, Oracle, MySQL, and PostgreSQL databases without requiring middleware PCs. They also feature embedded OPC UA servers and MQTT client connectivity for Industry 4.0 cloud analytics.
Q:Do you integrate Omron FH and FZ machine vision inspection systems?
Yes. We integrate Omron FH and FZ vision systems directly into the Sysmac automation architecture via EtherCAT, enabling high-speed optical character recognition (OCR), barcode inspection, dimension verification, and robot-guidance positioning synchronized with conveyor tracking.
Q:Where do you provide emergency breakdown support for Omron systems?
Our engineering headquarters and panel manufacturing facility are based in Cullompton, Devon. We provide rapid on-site emergency troubleshooting across the UK as well as international remote support and commissioning worldwide.
Why Choose MASK Control Systems for Your Omron Projects
We are not just programmers; we are turnkey control systems engineers with our own dedicated panel manufacturing facility in Cullompton, Devon. We design, build, test, and commission complete systems with absolute accountability.
Need Expert Omron Sysmac PLC Programming or Migration Support?
Whether programming a high-speed packaging machine, commissioning an EtherCAT multi-axis servo system, or replacing an obsolete CQM1 panel, our engineers are ready to support your operations.