Robots designed for every industrial challenge

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The global labor shortage has created a growing demand for robots in industrial production. As robots are adopted in more applications, there is an increasing need for them to be safer, more flexible, and easier to use. The introduction of collaborative robots paves the way for human-robot collaboration, but their application faces major challenges in many scenarios, such as high-precision assembly in industrial production, human-robot interaction in physical therapy and wellness, and high-precision operations in medical surgery, to name a few. To meet these new scenarios, new robotic technologies are required.

FEND’s new generation of flexible collaborative robots integrates force sensing and intelligent vision. This replaces the original open-loop teach-and-run process with an intelligent closed-loop system that enables dynamic interaction with the environment, allowing safe and precise interaction between humans and surroundings. This disruptive innovation empowers robots to unlock new possibilities and become reliable partners in production.

Why choose us?

Collaborative Robots

Extreme Safety

10x higher sensitivity thanks to torque-based collision detection.
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More than 21 TÜV-certified functional safety features; compliant with functional safety standards: ISO 13849-1, ISO 10218-1 / PL d, Cat. 3; ISO 15066.
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Dual-channel redundant monitoring of sensor data and an independently certified safety controller.
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Position-holding accuracy is better than ±0.1 mm, both when powered on and off, thanks to the suction-type contraction brake and dynamic forward-compensation control.

Superior Performance

Cutting-edge motion control technologies for industrial robots: OptiMotion, TrueMotion, and SyncMotion
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World-class robotic path accuracy, supported by dynamic forward compensation and dynamic modeling based on more than 2,000 parameters
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20% increased payload capacity thanks to the customized motor drive control system

Compatible Flexibility

Powerful and flexible robot control based on a hybrid force–position control framework
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Force-control task efficiency improved by more than thanks to highly dynamic force control
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Fine grinding and high-precision assembly without external add-ons, enabled by integrated joint sensors and a complete force-control process toolkit

Ease of Use

Direct learning control with 1N based on point position and continuous trajectory
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Graphical programming interface with flowcharts that allows users to get started in 1 hour
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Developer-friendly and compatible with an open ecosystem: over 100 ecosystem extension tools across 5 categories
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Proprietary offline programming software that supports simulation for all models
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Control-cabinet-free design available, reducing system weight by 50% and enabling fast installation and flexible deployment

Outstanding Reliability

Dynamic-constraint-based motion planning delivers high performance, overload protection, and extended service life.
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More than 100 design verification experiments, over 20 factory tests, and an MTBF exceeding 80,000 hours.
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The IP67 protection rating meets the demands of the most rigorous industrial applications.

How do we transform your industry?

Collaborative Robots

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