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3D mobile platform HP-10

The HP-10 3D mobile platform is a high-precision mobile device specially designed for scientific research, medical testing and other fields. It adopts advanced drive technology and precise mechanical structure to achieve precise positioning and flexible movement in the three dimensions of X, Y and Z, providing reliable solutions for various complex application scenarios. The HP-10 three-dimensional mobile platform can be equipped with ordinary portable Raman laser equipment to achieve high-throughput detection results.

Product Advantages

★ Precision and stability: It has the characteristics of precision, stability, and strong anti-interference capabilities, and can achieve precise movement in the three dimensions of X-Y-Z.

Convenient operation: Easy to use and simple to operate. Connect to a computer to set up and operate, and enter relevant parameters on the main interface to perform tasks. You can pause tasks and reset parameters at any time during work.

Parameters are adjustable: Motion parameters can be set separately in the three dimensions of X-Y-ZIncluding movement speed, distance, direction, and start/stop operation; the lowest point can be set in the vertical direction (Z-axis direction) to prevent squeezing of the experimental tablet when moving downward.

59692583c9f23578068c6e8f067e634

Product Advantages

★ Precision and stability: It has the characteristics of precision, stability, and strong anti-interference capabilities, and can achieve precise movement in the three dimensions of X-Y-Z.

Convenient operation: Easy to use and simple to operate. Connect to a computer to set up and operate, and enter relevant parameters on the main interface to perform tasks. You can pause tasks and reset parameters at any time during work.

Parameters are adjustable: Motion parameters can be set separately in the three dimensions of X-Y-ZIncluding movement speed, distance, direction, and start/stop operation; the lowest point can be set in the vertical direction (Z-axis direction) to prevent squeezing of the experimental tablet when moving downward.

59692583c9f23578068c6e8f067e634