How Loop Technology’s robotic machining systems deliver greater flexibility, accuracy and value
Traditional large-capacity CNC machines excel in high-volume, fixed-envelope production. For many manufacturers- especially those handling large or complex parts, mixed materials, low-to-medium volumes, or frequently changing designs- industrial robotic machining systems offer clear advantages in flexibility, productivity, quality and total cost of ownership. Loop Technology’s RoboMACH platform is purpose-built to realise those advantages in demanding sectors including aerospace, automotive, composites, construction and sustainable materials.
Flexibility
A conventional CNC machine is optimised around a defined working envelope. Changing part size, geometry, material or process typically requires significant changeover time, additional fixtures or even a different machine. Industrial robots, by contrast, can be reprogrammed quickly for new part geometries and approach the workpiece from virtually any angle thanks to their six-axis articulation.
Loop Technology’s RoboMACH systems take this further. The six-axis robotic arm, combined with modular configurations, optional rotary axes and a seventh-axis positioner (up to 1,500 kg payload), enables processing of objects of virtually any size and shape simply by adjusting robot programming and end-of-arm tooling. Modular machine guarding, plinths and spindle options allow the cell to be scaled or reconfigured as production needs evolve, without the capital outlay of an oversized fixed-bed machine.
Automatic tool changing (with heavy-duty racks and optional broken-tool detection) lets a single cell perform finishing, trimming, drilling, milling or even ultrasonic operations in one cycle. If requirements change, the robot can be retooled and redeployed, protecting the investment. RoboMACH is fully compatible with Robotmaster offline CAD/CAM software (Loop Technology is the official UK and Ireland reseller), dramatically reducing programming time and robot downtime.
Productivity
While raw cutting speeds are often comparable between CNC machines and robotic systems, robots reduce non-cutting time. Faster tool changes, quicker Tool Centre Point (TCP) calibrations and the ability to reach all around (and underneath) a part minimise set-ups and secondary fixtures. This is particularly valuable for large or irregular components that would otherwise need multiple fixtures or machine changes.
RoboMACH cells are supplied as complete turnkey packages with appropriate spindles, control systems and extraction (both local and cell-level). Offline programming and path optimisation further cut lead times, while the flexible envelope supports mixed-part schedules without lengthy changeovers.
Repeatability, Accuracy and Quality
Industrial robots execute the programmed path consistently, eliminating operator variation and fatigue. Standard robots typically offer strong positional repeatability; Loop Technology enhances this significantly for true machining applications.
RoboMACH HA is an out-of-the-box high-accuracy variant that uses the FANUC M-800iA/60 six-axis high-rigidity robot as standard. This delivers superior path accuracy, making it suitable for harder materials such as cured carbon fibre composites as well as wood, engineering foam, plastics, aluminium and sand-casting moulds. Robot selection can be tailored to specific requirements.
Loop Technology’s proprietary ikCAM technology provides “as-built” kinematic correction and extremely high levels of precision and repeatability for a fraction of the price a customer would traditionally pay to achieve this. IkCAM is controller-agnostic and can be retrofitted to existing cells, offering an upgrade path without full system replacement.
Programming from CAD data ensures digital geometry matches physical output. Dimensional changes are handled in software rather than by retooling, reducing scrap and inspection overhead. Loop Technology also brings specialised process knowledge, including orbital drilling end-effectors for carbon fibre, aluminium and titanium that reduce heat concentration, tool wear and improve finished quality.
Cost of Ownership
For large working envelopes, the capital cost of a robotic machining cell is typically lower than a comparable fixed-gantry CNC machine. A track- or positioner-mounted robot can cover the same (or greater) range at a fraction of the cost of a five- or six-metre CNC.
Over the service life, the ability to reconfigure or redeploy the robot for new applications further lowers total cost of ownership. Modular design means future expansion can often be achieved without major reinvestment. Loop Technology’s nearly three decades of experience in robotic integration, combined with complete engineering, installation, training and ongoing system performance services, helps ensure the system delivers value from day one.
Across Industries
Applications span aerospace and automotive carbon-fibre panel trimming, architectural wood milling, foam and plastic contouring, foundry mould trimming, sustainable material processing and construction elements. A feasibility study with Solidwool, for example, demonstrated RoboMACH HA successfully automating the trimming of excess bio-resin from sustainable wool-composite chairs, delivering a smooth, high-quality finish with far less time, handling and variability than manual methods, and greater flexibility than rigid CNC alternatives.
Key Benefits at a Glance
- Flexibility – Rapid reprogramming, multi-angle access, automatic tool changing and easy redeployment or cell expansion.
- Productivity – Reduced set-ups, faster tool changes and calibrations, efficient mixed-part handling.
- Accuracy & Quality – High-rigidity robots (RoboMACH HA) plus ikCAM kinematic correction for machine-tool-level precision; consistent, CAD-driven results with lower scrap.
- Cost of Ownership – Lower capital cost for large envelopes, modular design and long-term redeployability.
Conclusion
For manufacturers needing to machine large, complex or varied components, particularly in composites, aerospace, automotive and related high-value sectors, industrial robotic systems from Loop Technology provide a compelling alternative to traditional CNC machines. Our machining cells provide the reach and adaptability of robotics with the accuracy and process control required for production parts, all at a more accessible investment level and with full turnkey support.
Loop Technology, founded in 1998 and recognised with the FANUC Global Robot Partner of the Year Innovation Award and JEC Composites Innovation recognition, specialises in solving the toughest automation challenges. Whether you need a modular RoboMACH cell or a fully tailored system, the team can help evaluate process feasibility and deliver a production-ready solution.
To discuss how we can accelerate your machining operations, contact [email protected]