Post by ETEL S.A.

Name: What if semiconductor motion behaved more like choreography than mechanics? HEXAMAG brings native
Uploaded: 2026-07-03T08:58:33.042Z
Channel: ETEL S.A.
Description: What if semiconductor motion behaved more like choreography than mechanics? HEXAMAG brings native 6DOF motion into semiconductor equipment. Not as an add-on. As the core architecture. This enables

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What if semiconductor motion behaved more like choreography than mechanics? HEXAMAG brings native 6DOF motion into semiconductor equipment. Not as an add-on. As the core architecture. This enables entirely new motion choreographies and ultra-fine alignment through X/Y/Z/Rx/Ry/Rz corrections Travels: — ±0.3 mm in X/Y — ±0.75 mm in Z — ±0.5 mrad in rotation Especially for Hybrid Bonding, HEXAMAG changes everything. Fine alignment and tilt correction can now happen directly at the substrate level. Less mechanical complexity on the bond head side. Higher process stability. More precision. A new level of freedom for next-generation semiconductor equipment. ➡ Read in the next chapter: How HEXAMAG links freedom of motion to high dynamics. ⬅️ previous chapter: A new era in motion #HEXAMAG #6DOF #HybridBonding #SemiconductorEquipment #PrecisionEngineering #MotionSystems #Semiconductor

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