Scientific Research Experiment Fine-Tuning Manual Radian Tilt Angle Stage PT-SD4027

Product description:

The ordinary manual angle positioning table is driven by the worm gear and worm structure, and the rotation of the hand wheel can conduct high-resolution precision angle adjustment. It is easy to operate and has good bearing capacity, and is suitable for the occasion where precision arc swing angle is required. The light load angle positioning table adopts linear arc rail structure or dovetail arc rail structure, which is suitable for use in light load situations.

The bottom of the product has a mounting screw hole, which can be directly connected to other worktops for assembly.

Scientific Research Experiment Fine-Tuning Manual Radian Tilt Angle Stage PT-SD4027

Product features:

Feature 1: The main body is made of aluminum alloy, and the allowable torque load is guaranteed.

Feature 2: It can be freely combined into 2 axes as required to meet more usage scenarios.

Feature 3: The body surface is treated with black fluororesin, which can effectively prevent light reflection, especially in the optical field.

Feature 4: The arc driven sliding table with the rotation center located on the vertical line of the center of the sliding table surface, the height of the rotation center+0.1, makes the sliding more smooth and durable.

Scientific Research Experiment Fine-Tuning Manual Radian Tilt Angle Stage PT-SD4027

Product parameters:

Product dimension drawing:

The manual angle positioning table is one of the adjustment rack instruments in the adjustment rack. It is the application of positioning and coupling by rotating the guide rail to achieve the designated position. The manual adjustment rack is divided into rotary adjustment rack, linear guide rail adjustment rack, two-dimensional linear adjustment rack, multi-dimensional adjustment rack, arc rotary guide rail and other different types of adjustment racks. The adjusting frame is mainly used in CNC machine tools and lifting equipment, mobile positioning coupling, linear guide rail positioning, inspection devices, and semiconductor manufacturing devices. The accuracy and stroke selected are different according to different application fields.