Three axis precision measurement table

TAM-2 Three axis precision measurement table is a high-precision measuring tool typically composed of three mutually perpendicular guide rails and moving parts, capable of precise movement and positioning along three axes (X, Y, Z).

TAM-2 Three axis precision measurement table mainly composed of granite (marble) working table, support unit, adjustment control system, length measurement system Composed of mechanical components (guide rails, measuring heads, etc.), electrical control units, control and measurement software system components, etc., it has extremely high stability. The three-axis precision measurement table uses a multi-channel laser interferometer as a position feedback device to achieve sub micron level positioning feedback control, with a measurement uncertainty U=0.5 μ m+0.5X10-6L (L is meters). It can quickly and accurately detect the dimensions, shapes, and positional tolerances of various shaped components. Placed in the laboratory, quickly set up an experimental system for precision measurement in product design, precision component measurement, quantity traceability, mold testing and other application scenarios.  

Main Function：

1. Positioning function: through the control of the three-axis measurement table, can achieve precise positioning of objects in three-dimensional space;

2. Translation function: The three-axis measurement table can perform translation control in three directions, thereby achieving the translation of objects in space.

3. Rotation function: The three-axis measurement table can be controlled to rotate in three directions, thereby achieving the rotation of objects in space.

Applications：

TAM-2 Three axis precision measurement table is widely used in various scenarios that require precise measurement and positioning. Here are some common usage scenarios:

Precision machining: In the field of mechanical machining, three-axis measuring table can be used to detect the dimensional accuracy of parts and ensure machining quality.

Optical testing: In the manufacturing and testing of optical instruments, a three-axis measuring table can accurately adjust the position of the lens for optical performance testing.

Electronics industry: In the assembly and testing process of electronic components, three-axis measurement tables can be used for precise positioning and measurement of electronic components.

Biomedical research: In the field of biomedical science, three-axis measurement tables can be used for precise manipulation and measurement of cells, tissues, or biological samples.

Aerospace: In the aerospace field, three-axis measurement tables can be used for the inspection of precision parts to ensure they meet strict quality standards.

Automotive manufacturing: In the automotive industry, three-axis measuring tables can be used to detect the size and shape of automotive components to ensure assembly accuracy.

Robotics technology: In the field of robotics, three-axis measurement tables can be used as part of robot arms for precise object grasping and placement.

3D printing: In 3D printing technology, a three-axis measurement table can be used to precisely control the position of the print head to print high-quality 3D models.

Scientific research experiment: In scientific research experiments, three-axis measurement tables can be used for precise positioning of experimental equipment, such as microscopes, spectrometers, etc.

Education and training: In the field of education, three-axis measurement tables can serve as teaching tools to help students understand the concepts of three-dimensional space and precision measurement techniques.

These scenarios all demonstrate the importance of three-axis measurement tables in providing high-precision measurement and positioning.