4 Axis Manual Linear Stage FXEIPOL Sliding Table with Locking Screw

Description

Product Overview

The FXEIPOL 4 Axis Manual Linear Stage is engineered for high‑precision positioning in demanding scientific and industrial applications. Constructed from premium aluminum alloy that has undergone an oxidation treatment, the sliding table resists deformation, wear, and corrosion, ensuring a long service life even under continuous use. The integrated cross‑roller guide system works in concert with a high‑precision micrometer, allowing adjustments as fine as 0.01 mm, which is essential for tasks such as microscope stage alignment, semiconductor wafer handling, and fine‑tuning of testing rigs. The platform features a solid square base that provides a stable foundation, while the locking screw mechanism secures the table in place once the desired position is achieved, eliminating drift and maintaining accuracy throughout operation.

The design incorporates a compact footprint of 6.37 × 5.42 × 3.35 in (16.2 × 13.8 × 8.5 cm) and a lightweight mass of only 4.4 lb (2.0 kg), making it easy to mount on a desktop or integrate into a larger assembly without imposing excessive load on supporting structures. Despite its small size, the stage offers a generous travel range on each axis, enabling multi‑dimensional movement that can be customized to match a variety of experimental setups. The modular nature of the stage allows it to be combined with single‑axis, double‑axis, Z‑axis, C‑axis, or R‑axis tables, providing flexibility for complex motion profiles.

Key specifications include:

• Material: High‑quality aluminum alloy with oxidation coating
• Travel precision: 0.01 mm incremental adjustment
• Load capacity: Up to 4.4 lb (2 kg) per axis
• Dimensions: 6.37 × 5.42 × 3.35 in (16.2 × 13.8 × 8.5 cm)
• Locking mechanism: Secure screw‑type lock for each axis

Usage

The stage excels in environments where precise manual control is required without the complexity of motorized drives. In optical laboratories, it serves as a reliable platform for mounting microscopes, spectrometers, and interferometers, where sub‑millimeter adjustments directly affect image clarity and measurement accuracy. Researchers conducting material testing can use the stage to position specimens under load cells or optical sensors, benefiting from the stable, vibration‑damped construction that minimizes external interference.

In manufacturing settings, the stage is suitable for aligning components in semiconductor fabrication lines, where micron‑level positioning ensures proper wafer placement and alignment of photolithography masks. Its compatibility with conveyor systems allows it to be incorporated into packaging equipment, providing fine‑tuned adjustments for product placement and quality inspection stations. The lightweight design also makes it ideal for field technicians who need to transport the stage between sites, as it can be easily carried in a standard tool bag and set up on any flat surface.

The stage’s versatility extends to educational institutions, where it can be used in teaching labs to demonstrate principles of linear motion, precision engineering, and mechanical design. Its intuitive manual operation requires no specialized training, enabling students to focus on experimental concepts rather than complex software interfaces.

Why Choose Us

FXEIPOL commits to delivering products that combine rigorous engineering standards with practical usability. Each linear stage undergoes a multi‑stage quality assurance process, including dimensional inspection, load testing, and precision verification, to guarantee that the delivered unit meets the advertised specifications. The use of oxidation‑treated aluminum alloy not only enhances durability but also provides a sleek, professional appearance that complements modern laboratory aesthetics.

Our after‑sales support includes a dedicated technical assistance team that can guide customers through installation, calibration, and troubleshooting. We offer a one‑year warranty covering material defects and workmanship, reflecting confidence in the product’s reliability. Additionally, detailed documentation, including assembly diagrams, user manuals, and maintenance guidelines, is provided to help users maximize the stage’s performance over its lifespan.

Choosing the FXEIPOL 4 Axis Manual Linear Stage means investing in a solution that balances precision, durability, and cost‑effectiveness. The stage’s modular compatibility allows it to grow with evolving experimental needs, reducing the need for multiple separate devices. By delivering a high‑quality, easy‑to‑use platform, we enable researchers, engineers, and technicians to focus on their core objectives rather than dealing with equipment limitations.

Key Features

• High‑quality aluminum alloy construction ensures long‑term durability and resistance to wear.
• Cross‑roller guide and micrometer provide repeatable 0.01 mm positioning accuracy for critical applications.
• Locking screw mechanism securely fixes the stage, preventing drift during operation.
• Compact and lightweight design enables easy desktop mounting and portable use.
• Comprehensive technical support and one‑year warranty give confidence and peace of mind.

FAQ

What is the maximum load the stage can support?

The stage is rated to handle up to 4.4 lb (2 kg) per axis, which covers most laboratory and testing equipment while maintaining precise movement.

Can the stage be integrated with motorized drives?

While the stage is designed for manual operation, it can be retrofitted with compatible motorized accessories from FXEIPOL or third‑party vendors, provided the mounting interfaces are matched.

How do I achieve the 0.01 mm adjustment precision?

Use the built‑in micrometer knob to make fine adjustments; each click corresponds to a 0.01 mm movement, allowing you to set the exact position required for your application.

Is the locking screw adjustable for different friction levels?

Yes, the locking screw can be tightened to increase friction for higher stability or loosened slightly for smoother manual movement, giving you control over the balance between rigidity and ease of adjustment.

What maintenance is required to keep the stage performing optimally?

Periodically clean the sliding surfaces with a lint‑free cloth and a mild solvent to remove dust or debris. Inspect the micrometer and locking screw for wear and lubricate with a light oil if necessary. Follow the maintenance schedule outlined in the user manual for best results.