(!) Since support from Microsoft will end on January 14 2020, Windows 7 user might not be able to use MISUMI website effectively. Please consider to update your system as ‘MISUMI Website system requirement’.

MiSUMi

Webcode Seach | Series: #CODE

Keyword suggestions

Part number suggestions

Discontinued Products

Quote/ Order

การยกเลิกจำหน่ายสินค้าประเภทอุปกรณ์นิวเมติกส์ (Pneumatic equipment) รุ่น “Economy Series” | Notice of End of Sales for Economy Series Pneumatic Equipment Category > คลิก

How can we improve?

* This form is only for feedback/comment on our website and service Feedback

Name (Optional)

E-mail Address (Optional)

Tel (Optional)

Your feedback is essential for our continuous improvement

Thank you for your cooperation.

Your feedback is essential for our continuous improvement.

SURUGA SEIKI Goniometer（Feeding Method：Worm Gear）

SURUGA SEIKI offers products Goniometer specified by Feeding Method Worm Gear from Automation Components product category. There are a total of 2 items. Search and select detailed specifications of parts for your machine with free CAD downloads. SURUGA SEIKI products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.

Configure

Specification/Dimensions

Type
- Goniometer Stage
Clear

Table Size (Length) L(mm)
60

90

125
Clear

Feeding Method
- Feed Screw
- Worm Gear
- Ball Screw
Clear

Table Size (Width) W(mm)
60

90

125
Clear

Load Capacity (Range)(N)
- 5~30
- 30.1~50
- 50.1~100
Clear

Motor, Motor Characteristics
- 5-Phase Stepping Motor - Standard
- 5-Phase Stepping Motor - High Resolution
- 2-Phase Stepping Motor - Standard
Clear

Table Material
- Aluminum
- Brass, Bronze
Clear

Travel Guide
- Cross Roller
Clear

Rotation Center Height(mm)
50±0.2

50±0.4

68±0.2

68±0.4

70±0.2

70±0.4

72

86±0.2

96±0.2

96±0.4

112

122±0.2
Clear

Sensor
- Limit + Home
Clear

Brand	(0) (0) CHUO PRECISION INDUSTRIAL (0) SURUGA SEIKI (2)
CAD	2D 3D

2 items

Sort By

: 30; 60; 90

Compare

1-Axis Goniometer Stage, Warm Type (KGW/KG)

1-Axis Goniometer Stage, Warm Type (KGW/KG)

SURUGA SEIKI

An arc-driven automatic goniometer stage with a center of rotation on the central vertical line of the table surface.
[Features]
·A high-precision goniometer stage that uses a crossed roller for the travel guide and a worm gear for the mechanism
·Select the center of rotation height (WD) according to your application
·Motors with stage surface size 50 × 50 mm and 70 × 70 mm can be selected from motor sizes 28 × 28 mm and 42 × 42 mm according to the installation space
[Applications]
・ Precision adjustment of cameras, microscopes, sensors and optical components
・ Positioning of production, assembly and inspection processes related to semiconductors and measuring instruments

From: ฿ 78,093.64
Days to Ship: 11 Day(s)

11 Day(s)

Compare

2-Axis Goniometer Stage Worm Type (KAW／KA)

2-Axis Goniometer Stage Worm Type (KAW／KA)

SURUGA SEIKI

An arc-driven automatic goniometer stage with the center of rotation on the center perpendicular to the table surface.[Features]・ It features a high-precision specification that uses a crossed roller for the movement guide and a worm gear for the mechanism.
・ The 2-axis combination configuration combines 1-axis stages with different rotation centers.
[Applications]・ Precision adjustment of cameras, microscopes, sensors and optical parts.
・ For positioning during production, assembly and inspection processes related to semiconductors and measuring instruments.

From: ฿ 156,187.80
Days to Ship: 11 Day(s)

11 Day(s)


Brand
Product Series
CAD
From
Days to Ship
Type
Table Size (Length) L(mm)
Feeding Method
Table Size (Width) W(mm)
Load Capacity (Range)(N)
Motor, Motor Characteristics
Table Material
Travel Guide
Rotation Center Height(mm)
Sensor

	You can add up to 6 items per a category to the compare list.Compare	You can add up to 6 items per a category to the compare list.Compare
Brand	SURUGA SEIKI	SURUGA SEIKI
Product Series	1-Axis Goniometer Stage, Warm Type (KGW/KG)	2-Axis Goniometer Stage Worm Type (KAW／KA)
CAD	3D	3D
From	฿ 78,093.64	฿ 156,187.80
Days to Ship	11 Day(s)	11 Day(s)
Type	Goniometer Stage	Goniometer Stage
Table Size (Length) L(mm)	-	-
Feeding Method	Worm Gear	Worm Gear
Table Size (Width) W(mm)	-	-
Load Capacity (Range)(N)	5~30 / 30.1~50	5~30 / 30.1~50
Motor, Motor Characteristics	5-Phase Stepping Motor - High Resolution	5-Phase Stepping Motor - High Resolution
Table Material	Aluminum / Brass, Bronze	Aluminum / Brass, Bronze
Travel Guide	Cross Roller	Cross Roller
Rotation Center Height(mm)	50±0.2 ～ 122±0.2	50±0.4 ～ 96±0.4
Sensor	Limit + Home	Limit + Home

Related Categories to Goniometer

FAQ Goniometer

Question: What is a Goniometer and how is it used?: Answer: A goniometer is a precision instrument used for measuring angles or for adjusting the angle of an object with high precision. It is commonly used in scientific research, industrial automation, and precision engineering to ensure accurate angular positioning of components such as cameras, sensors, and optical parts.
Question: What types of Goniometers are available?: Answer: Goniometers are available in various configurations including 1-axis and 2-axis stages. They differ in their feeding methods such as ball screw, worm gear, and feed screw types, allowing for precise control and adjustment.
Question: What materials are Goniometers made from?: Answer: Goniometers are typically made from high-quality materials such as aluminum and brass, which provide durability and stability. The surfaces are often anodized or treated to resist wear and corrosion.
Question: How do I choose the right Goniometer for my application?: Answer: When selecting a goniometer, consider the following factors:
- Type: Choose between 1-axis and 2-axis based on your application needs.
- Table Size: Ensure the table size (length and width) fits your equipment.
- Load Capacity: Select a goniometer that can handle the weight of your components.
- Feeding Method: Choose between ball screw, worm gear, or feed screw based on the precision and control required.
- Rotation Center Height: Select the appropriate rotation center height for your specific setup.
Question: What is the significance of the feed screw type in a Goniometer?: Answer: The feed screw type in a goniometer, such as a ball screw, worm gear, or feed screw, determines the precision and smoothness of the angular adjustments. Ball screws are known for high precision and low friction, making them ideal for applications requiring fine adjustments.
Question: Can Goniometers be used in extreme environments?: Answer: Yes, many goniometers are designed to operate in a wide range of temperatures and environmental conditions. For example, operating temperatures for some models range from 10 to 50 degrees Celsius. Always check the specific model's specifications to ensure suitability for your environment.
Question: What are some common applications of Goniometers?: Answer: Goniometers are used in various fields including:
- Scientific Research: For precise angular measurements in experiments.
- Industrial Automation: For positioning cameras, sensors, and other components.
- Optical Engineering: For aligning and adjusting optical elements like lenses and mirrors.
- Semiconductor Manufacturing: For precise positioning during production and inspection processes.
Question: What are the advantages of using a Motorized Goniometer?: Answer: Motorized goniometers offer automated control and high precision, making them suitable for applications requiring repeated and accurate adjustments. They reduce manual intervention, improve efficiency, and ensure consistent results in industrial and research settings.
Question: How does the load capacity of a Goniometer affect its performance?: Answer: The load capacity of a goniometer determines how much weight it can support without compromising performance. Selecting a goniometer with adequate load capacity ensures stability and accuracy during operation, especially when dealing with heavy or large components.
Question: What maintenance is required for Goniometers?: Answer: Regular maintenance of goniometers includes cleaning the surfaces, checking for wear and tear, and ensuring that the feeding mechanisms are properly lubricated. Periodic calibration may also be necessary to maintain precision and accuracy.