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MISUMI XZ-Axis(Table Size (Thickness) H (Range Selectable):30.1~35)

MISUMI offers products XZ-Axis specified by Table Size (Thickness) H (Range Selectable) 30.1~35 from Automation Components product category. There are a total of 1 items. Search and select detailed specifications of parts for your machine with free CAD downloads. MISUMI products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.
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Load Capacity (Range Selectable)(N)
Table Size (Length) L (Range Selectable)(mm)
Table Size (Width) W (Range Selectable)(mm)
Feeding Method
Stroke (Distance along X-Axis) (Range Selectable)(mm)
Stroke (Distance along Z-Axis) (Range Selectable)(mm)
Table Material
Table Surface Treatment
Travel Guide
Table Size (Thickness) H (Range Selectable)(mm)
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[High Precision] Dovetail Slide, Rack & Pinion / X: Feed Screw, Z: Rack & Pinion - Moving Horizontal Surface XZ Stage
[High Precision] Dovetail Slide, Rack & Pinion / X: Feed Screw, Z: Rack & Pinion - Moving Horizontal Surface XZ Stage
[High Precision] Dovetail Slide, Rack & Pinion / X: Feed Screw, Z: Rack & Pinion - Moving Horizontal Surface XZ Stage
Brand

MISUMI

Product Series

[High Precision] Dovetail Slide, Rack & Pinion / X: Feed Screw, Z: Rack & Pinion - Moving Horizontal Surface XZ Stage

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  • 2D / 3D
From

฿ 11,375.00

Days to Ship Same day
TypeX + Horizontal Surface Z-Axis
Load Capacity (Range Selectable)(N)5~30
Table Size (Length) L (Range Selectable)(mm)~25
Table Size (Width) W (Range Selectable)(mm)~25
Feeding MethodRack & Pinion / Feed Screw
Stroke (Distance along X-Axis) (Range Selectable)(mm)Up to ±10mm
Stroke (Distance along Z-Axis) (Range Selectable)(mm)~10
Table MaterialBrass
Table Surface Treatment-
Travel GuideDovetail Slide
Table Size (Thickness) H (Range Selectable)(mm)30.1~35

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  1. 1

Related Categories to XZ-Axis

FAQ XZ-Axis

Question: What are XZ-Axis Stages?
Answer: XZ-Axis stages are mechanical components that enable precise movement along both the X (horizontal) and Z (vertical) axes. These stages are typically used in automation and precision machinery to position objects accurately in two dimensions. The stages are often equipped with various guiding mechanisms such as dovetail slides, cross roller guides, or linear ball guides to ensure smooth and precise motion (Essentra Components).
Question: What materials are used for XZ-Axis Stages?
Answer: XZ-Axis stages are constructed from a variety of materials to suit different applications. Common materials include aluminum, stainless steel, and brass. Aluminum stages are lightweight and suitable for applications where weight is a concern, while stainless steel stages offer superior strength and corrosion resistance for more demanding environments.
Question: What are the common applications of XZ-Axis Stages?
Answer: XZ-Axis stages are widely used in industries such as robotics, automation, semiconductor manufacturing, and medical devices. They are ideal for tasks that require precise positioning and alignment of components, such as optical inspections, laser cutting, and assembly processes. These stages are particularly useful in settings where space is limited and high precision is essential.
Question: How do I choose the right XZ-Axis Stage for my application?
Answer: When selecting an XZ-Axis stage, consider the following factors:
- Load Capacity: Ensure the stage can support the weight of the components it will carry.
- Table Size: Choose dimensions that accommodate the size of the items being positioned.
- Travel Range: Select a stage with sufficient movement range along both the X and Z axes.
- Guiding Mechanism: Decide between dovetail slides, cross roller guides, or linear ball guides based on the required precision and smoothness of movement.
- Material and Surface Treatment: Choose materials and coatings that match the environmental conditions and specific application needs.
Question: What are the advantages of using XZ-Axis Stages over other positioning systems?
Answer: XZ-Axis stages offer several advantages:
- Precise Control: They allow for accurate positioning in two dimensions, which is crucial for many industrial applications.
- Compact Design: Their design is often space-efficient, making them suitable for integration into tight spaces.
- Versatility: They can be configured with various guiding mechanisms and materials to suit a wide range of applications and environments.
- High Load Capacity: Depending on the design, they can support significant loads while maintaining precision.
Question: Can XZ-Axis Stages be used in high-vibration environments?
Answer: Yes, XZ-Axis stages can be used in high-vibration environments when properly designed and installed. Choosing stages with appropriate guiding mechanisms such as cross roller guides or linear ball guides can enhance their stability and performance under such conditions. Additionally, using locking mechanisms or clamps can help secure the stages in place during operation.
Question: Are there different types of XZ-Axis Stages?
Answer: Yes, there are various types of XZ-Axis stages, each designed for specific applications. Some common types include:
- Manual Stages: Operated by hand, suitable for applications requiring occasional adjustments.
- Motorized Stages: Equipped with motors for automated control, ideal for high-precision and repetitive tasks.
- High Precision Stages: Designed with advanced guiding mechanisms and materials to offer exceptional accuracy and smoothness.
Question: How do I ensure proper installation of XZ-Axis Stages?
Answer: Proper installation involves:
- Securing the Base: Ensure the base of the stage is firmly mounted to prevent any movement.
- Aligning the Axes: Precisely align the X and Z axes according to the requirements of your application.
- Using Appropriate Tools: Follow manufacturer guidelines for tools and torque settings to avoid damage.
- Regular Maintenance: Perform routine checks and maintenance to ensure the stage continues to operate smoothly and accurately.