100µm Travel Range Piezo Linear Stages, up to 1000µm

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Travel Range

Description

100 µm 0.2 nm High speed, direct drive Stackable for multi-axis motion 30, 65, and 100 m ranges of motion Mad City Labs
100 µm 0.2 nm Sub-nm resolution piezoelectric motion in X, XY, or XYZ; Up to 400 µm travel range per axis. Newport
140 µm 0.15 nm Superior positioning resolution and linearity to 0.007% with direct-metrology capacitive sensor options. Aerotech
400 µm 0.8 nm Precision parallelogram design for accurate linear displacements; Up to 400 µm travel range per axis. Newport
500 µm 1 nm Closed loop control; True flexure guided motion; Optical fiber alignment; Hybrid positioning systems. Mad City Labs
500 µm 1 nm Precision optical alignment and mirror positioning; High resolution probe positioning; Metrology. Mad City Labs
600 µm 2 nm Stage Mass 230g; Material Stainless Steel; Settling Time 25ms. nPoint
600 µm 0.4 nm Mounting compatibility with other QNP-series piezo nanopositioners; Open-loop and vacuum versions. Aerotech
120 µm 0.7 nm Ultrahigh accuracy; Large load capacity; Fast response; high stiffness. COREMORROW
200 µm 0.4 nm Sub-nm resolution piezoelectric motion in X, XY, or XYZ; Up to 400 µm travel range per axis. Newport
110 µm 4 nm N12 series piezo nanopositioning stage including X, z, XY, XZ, XYZ versions are optional. COREMORROW
550 µm 7 nm P73 piezo objective scanner are connected with lens by an adapter than quickly locks the objective in the desired position. COREMORROW
200 µm 0.4 nm Less than 5 nm out of plane motion; Low profile design; sensor technology; Closed loop control. Mad City Labs
100 µm 5 nm P16 piezo nanopositioning scanner adopts mechanism amplification design principle. COREMORROW
200 µm 0.4 nm Closed loop control; True flexure guided motion; Large sample mounting area. Mad City Labs
200 µm 0.4 nm Sub-nm resolution piezoelectric motion in X, XY, or XYZ; Up to 400 µm travel range per axis. Newport
100 µm 0.2 nm Precision parallelogram design for accurate linear displacements; High resonant frequency. Newport
200 µm 1 nm Compact size; Low cost; Closed loop control; True flexure guided motion. Mad City Labs
300 µm 3 nm P78 series piezo nanopositioning scanner adopts mechanism design principle, it can realize Z axis. COREMORROW
300 µm 0.2 nm Long device lifetime; Open-loop and vacuum versions; Travel ranges from100 µm to 600µm available. Aerotech
200 µm 0.4 nm Precision optical alignment and mirror positioning; High resolution probe positioning; Metrology. Mad City Labs
200 µm 0.2 nm Compact design; Closed loop control; Silicon sensor technology. Piezo Concept
120 µm 0.2 nm Frictionless, high- precision flexure guiding system; Travel range to 120 µm × 120 µm. PI
460 µm 0.5 nm Significantly faster response and higher lifetime than motorized drives. PI

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