The Black Tech Behind the Red Dot: The Industrial Design Revolution of Grace 7 Pro

The elegance of the Grace 7 Pro extends far beyond its surface. Its clean, intuitive user interface enables even novice robot operators to learn and deploy the system with ease. And when it comes to dexterity, the Grace 7 Pro performs like a virtuoso contortionist. Its 7-axis design grants it an unprecedented degree of flexibility, allowing it to maneuver gracefully within confined or complex spaces, transforming industrial tasks into movements as deft and elegant as a waltz dancer’s.
Core Technology: More Precise, Smarter, Safer
Delving into the “brain” of the Grace 7 Pro, we discover an “intelligent heart” brimming with advanced technology.
The Grace 7 Pro features 7-axis force control technology, enabled by Tendo’s proprietary high-precision joint force sensors. This endows the robot with three defining characteristics: High Precision, High Rigidity, and High Stability.
High Precision: Comprehensively optimized design minimizes crosstalk, dramatically enhancing data accuracy and elevating overall precision to within 0.2% FS.
High Rigidity: A specialized stainless steel substrate and structural design achieve a torsional rigidity 1.5 times that of industry counterparts of the same specification (greater than 150 KNm/rad). This makes high-payload, force-controlled collaborative robots a reality and allows for further increases in robot speed while maintaining motion precision.
High Stability: The use of semiconductor-sensitive materials and micro-fusion bonding technology fundamentally eliminates the aging, creep, and hysteresis effects associated with traditional resin adhesive processes, thereby delivering exceptional full-scale and zero-point stability.



