Project-based engineering solutions in PLC/SCADA programming, robot integration and field commissioning.
We are by your side at every stage of your industrial automation process.
Siemens, Allen-Bradley, and Mitsubishi custom PLC programming, WinCC/Ignition SCADA integration, and high-reliability industrial automation.
Turnkey ABB, FANUC, and KUKA industrial robot cell design, RobotStudio 3D simulation, RAPID coding, and field commissioning services.
IEC 61439 compliant industrial electrical control panel design, EPLAN CAD engineering, MCC/PLC fabrication, and on-site wiring services.
Comprehensive FAT/SAT testing, I/O verification, on-site commissioning, operator training, and 24/7 technical support for automated lines.
Industry 4.0 digital transformation consulting, automation feasibility studies, cycle time optimization, and strategic engineering advisory.
Follow the interactive steps to define your project parameters. Our engineering team will respond within 24 hours with technical feasibility and preliminary budget.
Select your industry so we apply the appropriate safety and manufacturing standards.
Enter your shift and operator parameters to see the projected annual cost savings and investment payback period from CFS Robotics.
* Calculations are based on industrial benchmarks. Contact our engineering team for a customized site feasibility study.
CFS Robotics delivers turn-key engineering solutions adapted to the unique speed, quality, and safety demands of different industrial sectors.
Body-in-white welding, spot welding, assembly, adhesive sealing, and AI vision inspection systems to minimize cycle time.
Some examples of our completed projects.
Full automation of automotive chassis welding line utilizing 4 ABB IRB 6700 robots and Siemens S7-1500F Safety PLC for 3-shift operation.
View Details →High-speed packaging and palletizing cell with 2 FANUC robots, 3D vision tracking, and dynamic recipe management at 120 boxes per minute.
View Details →Zero-downtime SCADA modernization with Siemens WinCC and OPC UA architecture, enabling real-time OEE analytics and energy monitoring.
View Details →We bring your industrial automation and robotic projects to life with zero downtime and maximum efficiency.
We inspect your production line on-site, analyze cycle time requirements, and deliver comprehensive engineering feasibility.
We simulate robot reach, cycle collision tests, and PLC logic virtually to eliminate all operational risks.
We carry out certified control panel wiring, robot mechanical integration, and strict safety matrix testing.
Fast on-site startup, comprehensive operator training, and live production ramp-up support.
The trusted engineering partner of manufacturing facilities across Turkey and beyond.
“The CFS team delivered our robot integration project on time and within budget. PLC programming quality is unmatched.”
“Modernizing our SCADA system increased production efficiency by 35%. A professional and solution-oriented team.”
“We received excellent technical support during electrical panel design and field commissioning processes.”
Clear answers regarding project timelines, machine compatibility, brand support, warranty, and 24/7 technical services.
Depending on project scope, standalone robot cell integration typically takes 4-8 weeks, while complete assembly and palletizing lines take 8-16 weeks. To minimize factory downtime, all PLC/SCADA code and robot trajectories are fully simulated and factory-tested (FAT) in our workshop.
Expert content on industrial automation, PLC programming, and robot integration.
The Siemens S7-1500 series has become the indispensable brain of modern production facilities. In this article, we share tips for creating efficient program structures with TIA Portal.
Comprehensive engineering guide for ABB IRB robot cell integration: RobotStudio simulation, RAPID coding, and field commissioning best practices.
Practical roadmap for modernizing legacy 10+ year SCADA systems to modern platforms with zero production downtime and OPC UA integration.
Get a free preliminary assessment for your automation needs.