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Manual Goniometer Stages Dovetail Type Copper Material Double Axis

Manual Goniometer Stages Dovetail Type Copper Material Double Axis

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Product Overview
E-GFWG Series Manual Goniometer Stages Dovetail Type Copper Material Double Axis
Dimensional Drawing
Dimensional Drawing
Specifications Table
Part NumberTop ViewMain ViewSide ViewStage Surface
(MM)
Height of Rotation Center
(mm)
Travel DistanceTravel Distance
Per 1 Knob Rotation
Allowable Load Torque(N·m)Load Capacity
(N)
Weight
(kg)
TYPEA-HBJH1H2DPed1d2XUp and down swingLeft and right swingLateral rolling
E-GFWG25-2016.58.415308842.442025X2520±0.2(Up) ±15°/(Down) ±10°(Up) ≈2.0°/(Down) ≈2.0°0.30.30.319.60.14
30-30198.91427883.12.442030X3030±0.2(Up) ±10°/(Down) ±10°(Up) ≈2.06°/(Down) ≈1.5°0.50.50.59.80.2
40-2518.59.5153512104.93.463240X4025±0.2(Up) ±20°/(Down) ±15°(Up) ≈2.2°/(Down) ≈1.89°0.81.00.829.40.42
40-4019.59.5204013103.83.463240±0.2(Up) ±15°/(Down) ±10°(Up) ≈1.89°/(Down) ≈1.33°29.40.48
50-50189.61836121033.464050x5050±0.2(Up) ±10°/(Down) ±10°(Up) ≈1.55°/(Down) ≈1.2°1.01.21.024.50.7
50-68189.6183612102.73.464068±0.2(Up) ±10°/(Down) ±8°(Up) ≈1.2°/(Down) ≈0.97°24.50.7
60-35209.9254513123.34.585060x6035±0.2(Up) ±25°/(Down) ±20°(Up) ≈2.0°/(Down) ≈1.3°1.52.01.558.81.3
60-6020.510.92040131224.585060±0.2(Up) ±20°/(Down) ±15°(Up) ≈1.3°/(Down) ≈1.0°58.81.16
80-10025.59.2306018125.64.587080x80100±0.2(Up) ±20°/(Down) ±15°(Up) ≈1.3°/(Down) ≈1.0°2.03.02.0491.28
Product Features
Feature 1: The body is made of brass, ensuring the allowable torque load.
Feature 2: The body surface is treated with black fluoro resin, effectively preventing reflection of light, especially suitable for use in optical field.
Feature 3: The arc-driven positioning stage has its rotation center, with a height of ±0.1, located on the central vertical line of the positioning stage surface, which allows for smoother sliding and improves durability.
Example of Use
MISUMI InCAD Library Case Study on the Use of Manual Goniometer StagesMechanism name: Disc reading sensor assembly adjustment

Purpose: This device consists of the lens part of the disc reading sensor and the adhesive jig for disc loading and unloading.
   The positions of disc and camera can be aligned by adjusting the position of the multi-axis positioning stage.

Note: The assembly sequence of the positioning stage depends on the adjustment sequence.
    For easier adjustment, please set the positioning stage with its adjusting knob facing the operator.
Usage Method
■Installation Method of Rotary Stage
Usage Method
The above diagram is for demonstration purpose only. Refer to each catalog or 3D data for detailed shapes and specifications of the positioning stage.
Precautions for Surface Precision of Mounting Part
Application Industries
Electronics/Home Appliance Automotive Medical
Application Scenario Diagram of MISUMI Manual Positioning Stages in Electronics and Home Appliance Fields Application Scenario Diagram of MISUMI Manual Positioning Stages in Automotive Industry Application Scenario Diagram of MISUMI Manual Positioning Stages in Medical Device Industry
Smart Phones Semiconductor Lithium battery
Application Scenario Diagram of MISUMI Manual Positioning Stages in Smart Phone Industry Application Scenario Diagram of MISUMI Manual Positioning Stages in Semiconductor Industry Application Scenario Diagram of MISUMI Manual Positioning Stages in Lithium-Ion Battery Industry

Part Number 

CAD Data download and 3D preview are not available because the part number has not yet been determined.

  • *In order to open the CAD Data download and 3D preview screen, the part number must be fixed.
  • Please confirm the part number from "Specification / Dimension"on the left side, and then perform the CAD Data Download / 3D Preview operation.
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Part Number
E-GFWG25-20
E-GFWG25-20-NR
E-GFWG30-30
E-GFWG30-30-NR
E-GFWG40-25
E-GFWG40-25-NR
E-GFWG40-40
E-GFWG40-40-NR
E-GFWG50-50
E-GFWG50-50-NR
E-GFWG50-68
E-GFWG50-68-NR
E-GFWG60-35
E-GFWG60-35-NR
E-GFWG60-60
E-GFWG60-60-NR
E-GFWG80-100
E-GFWG80-100-NR
Part NumberMinimum order quantityVolume DiscountDays to ShipTable Size (Width) W
(mm)
Table Size (Thickness) H
(mm)
Position Change of Micrometer Knob
1 Piece(s) 10 Day(s) 2520Standard
1 Piece(s) 10 Day(s) 2520NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 3030Standard
1 Piece(s) 10 Day(s) 3030NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 4025Standard
1 Piece(s) 10 Day(s) 4025NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 4040Standard
1 Piece(s) 10 Day(s) 4040NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 5050Standard
1 Piece(s) 10 Day(s) 5050NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 5068Standard
1 Piece(s) 10 Day(s) 5068NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 6035Standard
1 Piece(s) 10 Day(s) 6035NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 6060Standard
1 Piece(s) 10 Day(s) 6060NR (Side Left and Right Reverse Type)
1 Piece(s) 10 Day(s) 80100Standard
1 Piece(s) 10 Day(s) 80100NR (Side Left and Right Reverse Type)

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Frequently asked question (FAQ)

Question: When a rotary stage is finely adjusted using a micrometer knob, how many degrees will the stage surface rotate as the micrometer knob moves 1mm?
Answer: The micrometer knob moves 6.5mm as the stage surface rotates 10°. In other words, the stage surface rotates 1.538° as the micrometer knob moves 1mm.
Question: What is the difference between lateral misalignment and surface runout of a rotary stage?
Answer: Lateral misalignment refers to the displacement of a rotating central shaft in horizontal direction. Surface runout refers to the max. displacement difference relative to the reference plane after rotating one full turn, taking the outer edge of the stage moving surface fixed on the reference surface as the point of measurement. Both are in the unit of μm.
Question: When using a manual rotary stage, is it normal that the clamping device on the opposite side of the micrometer knob still moves even locked after positioning?
Answer: MISUMI manual rotary stages can be finely adjusted after rough positioning. First of all, please lock the rough adjusting & clamping part according to the following steps: ①Adjust the feeding part to the destination (360° adjustable) ②Lock and fix the rough adjusting & clamping part ③Adjust the micrometer to the destination ④Lock the fine adjusting & clamping part.
Question: Does a reverse manual rotary stage also have a reverse direction (counterclockwise) of reading (0~360°)?
Answer: The direction of reading (0~360°) is clockwise for both R (forward) and L (reverse)?

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