Manual Radian Tilt Angle Stage ± 15 ° Experimental Fine-TuningPitch Adjustment Platform PT-SD308

The manual radian tilt angle stage is a kind of mobile positioning fixture in the optical positioning table. Its main function is to assist the product in positioning and moving. When some products need to be moved and processed, this corner table plays a very important role. According to the direction of positioning, the manual radian tilt angle stage can be divided into one-dimensional, two-dimensional, three-dimensional, four-dimensional, five-dimensional and other product positioning. One-dimensional positioning can only be carried out in a single direction. For complex and high precision products, they can not be well positioned. There are many applications of manual radian tilt angle stage in some automation equipment and optical fiber coupling system. For example, the packaging, coupling and gluing of products are all useful for this positioning.

Features of manual angle stage

1. Curved slide. It can achieve high-precision and smooth movement.

2. Excellent material. The main material is aluminum alloy with light weight.

3. Higher accuracy. The driving mode is differential screw with higher accuracy.

4. Widely used. Suitable for other devices.

Product specification

Installation method of manual angle position stage:

1. Turn the micrometer screw rod (or other pushing device) in one direction and move it to the edge to make the bottom mounting hole leak out.

2. Fix it with screws. Before operation, make sure that the locking tab has been loosened.

3. Turn the micro-measuring screw rod (or other pushing device) in the opposite direction to move the mobile platform to the edge and make the installation hole at the bottom lead end leak out.

4. Fix with screws.

Manual angle stage product details:

1. Drive mode

The driving mode adopts worm gear and worm type with high working frequency, which is suitable for occasions requiring fast movement and large stroke.

2. Handle locking

The handle is made of metal, which is more firmly locked. It will not rust when used in complex environment, and is more durable and corrosion resistant.

3. Fuselage

The fuselage is made of high-density aluminum alloy, which is light, durable, wear-resistant, and has universal screw holes reserved on the table.