Semi-order stage

The semi-order stage can be freely combined with attachments such as handles, pre-load adjustment screws, scales, stoppers, bases, Z-axis brackets, etc., to match the user’s requirements.
Thin and light rack and pinion and feed screw types are available, providing differentiation in different size configurations from the Master Technique stage , delivering the optimal original stage configurations for user-friendliness.

  • Combining semi-order stages 
  • Check the example

stage body

Rack and pinion type

Feed screw type

Feature

Flexible combination
Combinations of X,XY,XZ,YZ,XYZ are possible
Excellent operability
Handle, scale and stopper can all be aligned in a single direction.
Strengthened fixing
The use of a double clamp allows for greater fixing strength.
Reversible design
Reversible type features a dovetail interchangeable construction that allows attachment of scale and stopper on right or left, as desired, with simple and free symmetrically opposite configuration.
The Reversible type allows simple and free symmetrically opposite configuration.
Convenient functions
Vibration proof models and easily attachable magnetic models available.

Combining semi-order stages

It is, of course, possible to use the product as a light X axis positioning adjustment stage without selecting a base.
The two can also be combined to form an XY axes positioning adjustment stage.

Over 10,000 possible combinations!

We will match your spec requirements.

To enquire further about semi-order stage R, please contact Miruc or your nearest dealer.
Phone: +81-42-679-3825  (MIRUC OPTICAL CO.,LTD.)

  • Order Form (Single axis)
  • Order Form (Multiple axes)
  • Order Form (popular pre-designed combinations)
    • Contact Us 
    • Check the example

    Specifications

    Thin rack and pinion type

    ModelStage surface
    (mm)
    Travel
    (mm)
    Travel per rotation
    (mm)
    Travel precision (μm)Load
    capacity N
    (kgf)
    Minimum scale reading
    (mm)
    Weight
    (kg)
    StraightnessDegree of parallelism during operation
    XSO-5030 x 50± 1718303024.5 (2.5)0.10.10
    XSO-8040 x 80± 3218303034.3 (3.5)0.10.20
    XSO-12040 x 120± 5218303034.3 (3.5)0.10.28
    XYSO-5030 x 50± 1718303019.65 (2)0.10.23
    XYSO-8040 x 80± 3218303029.4 (3)0.10.43
    XYSO-12040 x 120± 5218303029.4 (3)0.10.59
    ZSO-5030 x 50± 1718303012.25 (1.25)0.10.17
    ZSO-8040 x 80± 3218303017.15 (1.75)0.10.34
    ZSO-12040 x 120± 5218303017.15 (1.75)0.10.47

    * Material: stage body: aluminium alloy, surface treatment: matt black alumite
    * The weights of the XSO series and XYSO series are expressed in combination with the standard thin type stage shown on it (no base).
    * The weight of the ZSO stage is expressed in combination with the standard thin type shown on it (with Z-axis bracket attached).

    Thin feed screw type

    ModelStage surface
    (mm)
    Travel
    (mm)
    Travel per Travelrotation
    (mm)
    Travel precision (μm)Load
    capacity N
    (kgf)
    Minimum scale reading
    (mm)
    Weight
    (kg)
    StraightnessDegree of parallelism during operation
    XSO-50SC30 x 50± 164.2303024.5 (2.5)0.10.10
    XSO-80SC40 x 80± 304.2303034.3 (3.5)0.10.20
    XYSO-50SC30 x 50± 164.2303019.65 (2)0.10.21
    XYSO-80SC40 x 80± 304.2303029.4 (3)0.10.41
    ZSO-50SC30 x 50± 164.2303012.25 (1.25)0.10.17
    ZSO-80SC40 x 80± 304.2303017.15 (1.75)0.10.34

    * Material: stage body: aluminium alloy, surface treatment: matt black alumite
    * The weights of the XSO series and WYSO series are expressed in combination with the standard thin type shown on it stage (no base).
    * The weight of the ZSO stage is expressed in combination with the standard thin type shown on it (with Z-axis bracket attached).

    Comparison data of the sliding performance
    GrindUnevenessGapBacklashPlay
    MIRUC products
    Overseas product×××
    If the product has poor accuracy when sliding the stage from end to end with a full stroke, you may feel the following discomfort during operation. (The operation feeling varies depending on the individual)

    ■Gori
    When turning the handle, there is a rough feeling and there is no smoothness.
    This often happens when meshing of the rack and pinion is too tight.
    ■Mura
    (Unevenness)
    This is being heavy and light like wave for every stroke.
    This often happens when the mesh between the rack and pinion is too weak.
    ■Kishimi
    (Crease)
    It is a sense of incongruity that when sliding the stage to one side, it feels stuck and becomes heavy and when sliding the stage to other side, it becomes lighter.
    ■Gata
    (Backlash)
    This is a subtle feeling of backlash and play due to poor sliding contact of male and female dovetail.
    ■Asobi
    (Play)
    This is clearance between gear contact surfaces intentionally provided in the direction of motion. By suppressing this gap as much as possible, smooth sliding can be made possible without backlash.