The gyroid composite beam geometry that holds micron tolerances in a CNC machine is the same structure that reduces mass in robot arms without sacrificing stiffness. Lower arm mass means faster cycle times, smaller motors, and less heat — without changing the load capacity.
A lighter arm accelerates and decelerates faster. In a facility running millions of repetitive cycles, a 0.1 second reduction per cycle can translate into $300,000+ annual savings. Mass is the constraint.
Arm mass directly determines the torque required from every motor in the kinematic chain. A 40% mass reduction means smaller motors, lower heat, less energy, and longer service life.
Vibration in a robot arm degrades end-of-arm precision. The gyroid composite structure damps vibration more effectively than welded steel or aluminum extrusion — improving both accuracy and surface finish.
Engineering assessment of your specific robot arm application. We analyze your current arm geometry, payload, reach, and cycle requirements. Deliverable: gyroid composite beam specification report with mass reduction estimate, stiffness comparison against your current structure, and recommended structural configuration.
Custom gyroid composite structural elements for a single robot arm — upper arm tube, forearm tube, or wrist structure. Manufactured to your specification from the RigidCore structural system. Includes dimensional verification and load test documentation.
Gyroid composite end effector structural frame. Replaces aluminum or steel end effector bodies where mass reduction directly impacts cycle time. Custom geometry from your CAD data or developed from scratch. Includes sensor mounting provisions and fiber optic routing channels.
Volume supply of RigidCore structural elements for robot manufacturers integrating the gyroid composite system into a product line. Includes co-development of structural specifications, tooling investment discussion, and ongoing supply terms.
TACOM — the Tank-Automotive and Armaments Command — is 5 miles from our Clinton Township facility. Unmanned ground vehicle arm structures and defense robotic platform chassis are a direct application of the RigidCore structural system.
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