Precision Linear Stages, Motorized Linear Positioners, Micro Pusher MP-20 L by MICOS

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Product & Solutions

Positioners

Linear Motion

UPM-160 Linear Stage

UPS-150 Linear Stage

HPS-170 High Precision

LS-270 Long Travel

LMS-300 Linear Motor

LMS-230 Linear Motor

LMS-180 Linear Motor

LS-180 Linear Stage

LMS-120 Linear Motor

LS-120 Linear Positioner

LS-110 Linear Positioner

LMS-100 Linear Motor

LMS-80 Linear Motor

LMS-60 Linear Motor

PLS-85 Translation Stage

LS-65 Low Cost

MTS-65 Mini Stage

MTS-70 Mini Stage

VT-75 Low Cost

VT-40 Mini Positioner

VT-80 Cost Efficient

LS-40 Mini Stage

MT-55 Micro Stage

CS-430 XY Stage

MS-8 XY Scan Stage

MS-4 XY Scan Stage

KT-120 XY Stage

NPE-200 Vertical Nano

UPL-160 Vertical Stage

ES-100 Vertical Precision

ES-82 Vertical Stage

ES-70 Vertical Positioner

ES-65 Vertical Positioner

ES-50 Vertical Stage

MA-35 Precision Actuator

MP-20 L

MP-20 S Linear Actuator

MP-20

MP-15 Compact Actuator

Rotary Stages

Nano Positioning - Piezo

Hexapod / Parallel Positioners

Manual Stages

Controllers

Stepper Controller/Driver

DC Motor Controller/Driver

BLDC Controller/Driver

Universal Controller/Driver

Piezo Controller/Driver

Motor Drivers

Special Environments

Vacuum Positioning

Cyrogenic

Radiation Resistant

Products & Solutions POSITIONERS Linear MotionMP-20 L

Micro Pusher MP-20 L

Micro Pusher MP-20 L.

Micro Pusher MP-20 L.

Key features

Travel: 75 mm

Max. Force: 125 N

Max. Speed: 3.5 mm/sec

Max. Resolution: 0.1 μm

Repeatability: 0.3 μm uni-directional
+/- 1 μm bi-directional

Linear Encoder: Not Available

Precision Miniature Actuator

Alignment, Optics, Photonics,

High Resolution Drive

Datasheets: Precision Linear Actuators / Precision Motorized Actuators

Tech Note:
Performance of Direct-Drive Linear Motor Stages in Precision Positioning Applications

Tech Note:
Performance, Resolution, and Velocity Control of Stepper Motor-Driven Precision Positioners

Tech Note:
Advances in Precision Motorized Positioning Systems: Selection Criteria

Tech Note:
Improving Accuracy of Long Travel Linear Positioning Stages with Error Mapping

For more information on linear stages visit the PI USA website