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ASP-WN265TA(15-50)H Mini Stage

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    • Non-contact direct-drive system ensures ultraprecision motion with high dynamics and reliability
    • Extra-large, high-efficiency linear motor minimizes heat generation
    • Ironless moving coil has no cogging for ultra smooth velocity control
    • Ultra-quiet anti-creep crossed roller bearings assure ripple-free motion without cage migration


    Model

    ASP-WN1265TA15H

    ASP-WN265TA30H

    ASP-WN265TA50H

    Structure Description

    Travel Range

    15 mm

    30 mm

    50 mm

    Table Size

    40×25mm

    40×25mm

    40×25mm

    Screw Spec.

    Grinding Screw

    (Travel Range 0.5 mm)

    Grinding Screw

    (Travel Range 1 mm)

    Travel Guide

    Precision Crossed Roller

    Stepper Motor(1.8°)

    20STH30-0604A

    Base Material

    Stainless Steel

    Surface Treatment

    Black-anodized

    Load Capacity

    5kg

    Weight

    2.2kg

    2.75kg

    3kg

    Accuracy

    Description

    Resolution

    2.5μ(non MicroStep)

     0.125μ(20 MicroStep)

    5μ(non MicroStep)

    0.25μ(20 MicroStep)

    Maximum Speed

    5mm /sec

    10mm /sec

    Repeatability

    2.5μ

    Positional Accuracy

    Straightness

    Driving Parallelism

    10µ

    15µ

    Pitching

    25″

    Yawing

    20″

    Backlash

    Lost Motion

    Accessories

    Limit Switch & Origin Sensor

    Grating (G)

    Servo Motor (D)

    Key Features

    • Non-contact direct-drive system ensures ultraprecision motion with high dynamics and reliability
    • Extra-large, high-efficiency linear motor minimizes heat generation
    • Ironless moving coil has no cogging for ultra smooth velocity control
    • Ultra-quiet anti-creep crossed roller bearings assure ripple-free motion without cage migration
    • High precision glass scale encoder provides accurate position feedback with 50 nm repeatability
    • Sub-nm resolution with low interpolation error for outstanding speed stability and motion sensitivity
    • No moving cables inside the stage, reduced particle generation and improved reliability
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