Motorized XY, XYZ, and Z Stages, 25mm - 99mm

Advanced performance products for scientists and engineers.

Sort List By:

Travel Range

Description

50 mm 1 nm motorized-xy-stage-50mm-1nm-500mms-aerotech; Nanometer-level performance in a large travel format. Aerotech
50 mm 90 nm Integrated and stiff design; Lower profile than stacked stages; Excellent straightness and flatness motion. Newport
25 mm 1 nm In-position stability of <1 nm; Anti-creep crossed-roller bearings; ULTRA performance grade option. Aerotech
60 mm 1 nm ULTRA performance grade option; High dynamic performance with direct-drive technology; In-position stability of <1 nm. Aerotech
90 mm 50 nm Speed up to 500 mm/s; Excellent straightness and flatness motion; 50 to 290 mm travel options. Newport
25 mm 200 nm Low-cost, high-performance stage; 6, 13, and 25 mm travel models; Integral or removable motor. Aerotech
25 mm 2 nm High dynamic performance; Nanometer performance in a large travel format (25 and 50 mm). Aerotech
30 mm 50 nm Ideal for horizontal samples, the GTS30V offers unobstructed access to the payload from any side. Newport
35 mm 2 nm Anti-creep crossed-roller bearings; High dynamic performance; In-position stability of <2 nm. Aerotech
50 mm 2 nm In-position stability of <2 nm; Nanometer performance in a large travel format (25 and 50 mm). Aerotech
50 mm 50 nm ≤±2 arc sec roll, pitch, and yaw over full travel; Precision-ground ball-screw-drive eliminates the need for special counterbalance. Aerotech
60 mm 2 nm Anti-creep crossed-roller bearings; In-position stability of <2 nm; High dynamic performance. Aerotech
154 mm 40 nm Incorporates IST and stage mapping systems; Anti-backlash mechanism with adjustable limit switches. Prior Scientific
25 mm — For inverted microscopes made by Nikon, Zeiss, Leica, and Olympus; Travel range 25 mm × 25 mm. PI
30 mm 2000 nm Travel length 30mm; Table size 60×70mm; Feed screw Ball screwφ8 lead 1; Guide Crossed roller guide. Suruga Seiki
30 mm 2000 nm Guide Linear ball guide; Main materials-Finishing Stainless Opposite side of the end face finishing. Suruga Seiki
50 mm 1000 nm Guide Crossed roller guide; MAX speed 10mm/sec; Perpendicularity Within 30μm/Full stroke. Suruga Seiki
50 mm 2000 nm A dedicated hex wrench for fixing bottom axis of XY is attached. Suruga Seiki
50 mm — Resolution to 1 nm; Travel ranges to 200 mm × 200 mm; Load capacity to 147 N; Low profile. PI
75 mm 4000 nm Backlash Within 1μm; Straightness Within 3μm; Pitching/ Yawing Within 20″/Within 15″. Suruga Seiki
85 mm 2000 nm Travel [mm] 35 85; Stage Size [mm] 85×85, 85×85. Sigma Koki
30 mm 2000 nm Load capacity 3kgf [29.4N]; Provided screw (Hexagon-headed bolt) 4 of M4－12; Table size 60×60mm 60×70mm. Suruga Seiki
35 mm 1 nm Travel range of 35 mm; Steel cross roller bearing 100 nm closed loop resolution; Integrated mechanical limit switches. MICRONIX USA
50 mm 2000 nm MAX speed 20mm/ sec; Load capacity 7kgf [68.6N]; Straightness Within 3μm; Straightness Within 3μm. Suruga Seiki
85 mm 2000 nm Feed Screw Ball screw diameter φ6mm, 1mm lead; Stage Material Aluminum. Sigma Koki
25 mm 30 nm Resolution: 0.03 µm; Speed: 10 mm/sec; Compact Size; Lightweight. Newmark Systems
26 mm 5000 nm Travel range 26 mm (1"); High-resolution encoder; Zero-play ball screws; MTBF 10000 h; Self locking to 10 kg. PI
30 mm 2000 nm Travel length 30mm; Table size 60×70mm; Feed screw Ball screwφ8 lead 1; Guide Crossed roller guide. Suruga Seiki
30 mm 2000 nm Feed screw (Ball screw) φ8 lead 1; Guide Linear ball guide; Pitching/ Yawing Within 20″/15″. Suruga Seiki
50 mm 1000 nm Guide Crossed roller guide; Lost motion Within 1μm; Straightness Within 2μm. Suruga Seiki
75 mm 4000 nm Main materials-Finishing Stainless Opposite side of the end face finishing; MAX speed 20mm/ sec. Suruga Seiki
85 mm 2000 nm MAX Speed [mm/sec] 5; Pitch [″] / Yaw [″] 45/20; Backlash [μm] 3. Sigma Koki
50 mm — The KT180 is a universally usable XY stage that is characterized by extremely flat at design. Steinmeyer Mechatronik GmbH
50 mm 10000 nm Preloaded ball bearings guides; Long life. Qioptiq

Technical Resources

Papers & Articles »