NFP Series Crossed-Roller Bearing Linear Stages
Description
NFP series crossed-roller bearing linear stages are made of stainless steel and crossed-roller bearings that make it ultra-high precision. The table size is available at 40×40 mm and 65×65mm, with four drive positions: center drive, right drive, left drive, and center drive in vertical, providing a high degree of convenience to customers.
Crossed roller bearing stainless steel stages provide the technical advantages of ball bearings. Additionally, stainless steel roller bearing design comes with higher load capacity and stiffness. This added benefit is the result of using point contact of a ball as opposed to the line contact in a roller type.
NFP Series Crossed-Roller Bearing Linear Stages
Specifications |
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|---|---|
| Travel Range: | 13 - 25 mm |
| Sensitivity: | 1 um |
| Load Capacity (Horizontal): | 5 kg |
| Load Capacity (Vertical): | 1.5 kg |
| Thickness: | 23 mm |
| Guiding Mechanism: | Crossed Roller Slides |
| Axes Of Motion: | One Axis |
| Drive Position: | Center Drive, Right Drive, Left Drive |
| Weight: | 0.85 kg |
Features
NFP Series Crossed-Roller Bearing Linear Stages provide the following features, based on the model:
- Travel range: 13-25 mm
- Stage (table) size: 40x40 mm, 65x65mm
- Manual micrometer for actuation
- Load capacity: 1.5-7 kg
Applications
- Manual motion control
- Laser and optics alignment
- Precision positioning in a wide range of applications
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
As the name suggests, a manual linear stage is a manually controlled stage with motion restricted to a single axis. Manual linear stages may also have two or three dimensions. Normally, micrometers are used for actuation and determine the resolution of the stage.
Crossed roller bearing stages provide the technical advantages of ball bearings. Additionally, stainless steel roller bearing design comes with higher load capacity and stiffness. This added benefit is the result of using point contact of a ball as opposed to the line contact in a roller type. It is also worth mentioning that crossed-roller bearing technology offers lower linear and angular deviations compared to ball bearings. With these benefits comes a higher cost of manufacture.
Generally, the following linear stages are most commonly found in scientific and industrial applications: ball bearing and dowel pin bearing stages. The most popular type is the ball bearing which comes in various designs, such as single-row, gothic arch, double-row, etc.
Manual linear stages are either made of aluminum or stainless steel. The latter is used in higher-end models which offer higher resolution, stiffness, load capacity.
The dimensions of the NFP-1461C linear stage are not provided in the product description.
The load capacity of the NFP-1462SR linear stage is not provided in the product description.
The travel range of the NFP-3461SL linear stage is not provided in the product description.
The sensitivity of the NFP-1461CZ linear stage is not provided in the product description.
The weight of the NFP-1462CZ linear stage is not provided in the product description.