OOM-G OOP-M Series Optical Guide Slider Linear Slide Optical Experiment Stage Linear Moving Table

Product information

Characteristic

Optical rail characteristics:

►Optical rails are used for coaxial optical systems, especially suitable for building small optical experiments;

►Compatible with our OOP-M series snap-in rail slider;

►The mounting surface has multiple M6 countersunk holes to achieve installation flexibility;

►Laser scale is used for the alignment of optical components;

►Multi-length specifications are available;

Rail slider features:

►Guide slider, used to install the components on the dovetail guide rail;

►Compatible with our OOM-G series optical rails;

►The mounting surface has multiple threaded holes for installing components;

►The slider is provided with a scale calibration line hole, which can be clearly read from the guide rail;

►Multi-width specifications are available;

Description

(1) The OOM-G series optical slide rail can be combined with other adjustment frames, such as support rod frame or displacement adjustment stage, into a coaxial optical system through the slider, which is especially suitable for building small optical experiments. The dovetail seat on the slide rail can be conveniently and precisely matched with the dovetail groove on the slide seat, and the lock is firm. The slide rail is made of high-quality aluminum profiles, which are not deformed, light in weight, and easy to move. It is an ideal choice for colleges and universities to configure physical optics laboratories.

(2) The dovetail guide rail has multiple M6 countersunk holes to achieve installation flexibility. The graduation of the guide rail scale is 1.0mm, and there are digital marks every 10mm. The distance between each adjustment frame installed on the guide rail can be clearly indicated by the ruler on it, which is convenient for quantitative adjustment. 

(3) The OOP-M series adopts a dovetail structure and is used in conjunction with slide rails. Once attached, these guide rail sliders can move the optomechanical parts at any position along the length of the guide rail, which is easy to adjust and has good repeatability. The slider can be snapped into any place along the length of the guide rail and does not need to be installed from the end of the guide rail. The spring-type piston built into the locking handwheel can promote a smooth translation when the slider slides along the guide rail. After confirming the moving position, tighten the fastening screw on the thumb screw to lock the position.

(4) A scale calibration line hole is opened at the tail of the slider, which can be clearly read from the lower guide rail. The surface has multiple threaded holes of M4, M6, and M16, which has strong applicability. Slide blocks of various widths are suitable for different distances.