Sigma optical machine SBI built-in driver electric displacement tableIt is a highly integrated electric displacement table, with the core feature of built-in 5-phase stepper motor driver and controller, significantly simplifying wiring complexity, saving installation space, and supporting flexible control through RS232C interface or body knob.

This series of products is designed specifically for high-precision, multi axis collaborative automation scenarios, suitable for fields such as scientific research, industrial automation, and precision testing.

Core parameters and performance

Basic specifications:

·Table size:120 × 120mm (made of aluminum alloy material), with a maximum load-bearing capacity of 117N (12kgf).

·Sports performance:The maximum speed is 40mm/s, the positioning accuracy is ± 5 μ m, and the repeat positioning accuracy is ± 3 μ m.

·Axis type:We offer two platforms: X-axis and Z-axis. The Z-axis platform is equipped with electromagnetic braking function, which can firmly maintain the load position in case of power failure and prevent accidental displacement.

·Multi axis expansion capability:

Through the Daisy Chain topology, up to 99 axes can be connected for collaborative work, supporting complex 3D motion control (such as XYZ three-axis combinations).

Special cables (such as HR10HR10P-RC-1 or HR10HR10-RC-1) and recommended power supply AC-ADP-2433 (each supporting 3-axis power supply) are required.

·Control method:

PC control: Instruction transmission is achieved through RS232C interface, supporting LabVIEW and development environments under Windows system (such as SG Sample 32/64bit).

Manual control: The body is equipped with a knob controller for easy on-site debugging.

Technical highlights

·High reliability design:The electromagnetic braking function of the Z-axis platform ensures stable load in case of power failure or demagnetization, avoiding accidental sliding.

·Compact and efficient:The integrated design of the driver and controller reduces external device dependence and improves system stability.

·Environmental adaptability:Support special environmental applications such as vacuum, sterile, and radiation (specific processing models need to be selected).

·Easy maintenance:It is recommended to use a temperature of 5 ℃~40 ℃, humidity of 30%~80%, and a designed lifespan of 2000~3000 hours (linear motion). When not in use for a long time, rust proof paper or desiccant can be used for storage.

Typical application scenarios

·Research field:Scenarios that require nanometer level accuracy, such as laser path adjustment, microscopic positioning, and spectral analysis.

·Industrial automation:Multi axis collaborative positioning in semiconductor packaging and precision assembly lines.

·Special environment:Automated operation of sample stage control or radiation environment inside the vacuum chamber.

Accessories selection and precautions

·Required accessories:

Power adapter AC-ADP-2433 (1 unit required for every 3 axes).

RS232C communication cable D9HR10-RC-21.

·Installation requirements:

The parallelism of the installation surface should be less than 0.02mm to avoid external impact or debris entering the guide rail.

It is recommended to install the Z-axis platform horizontally, as non horizontal conditions may affect technical specifications.

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Shanghai Fenchuang Information Technology Co., LtdSince its establishment in 2004, as a professional provider of optomechanical and electrical products and technical services, Fenchuang Technology has long been committed to introducing advanced closed-loop control platforms and research methods from around the world to China; We specialize in providing high-quality closed-loop control platforms and technical services for optical electronics/microelectronics/laser applications/biology/medicine/physics, optical research institutions/metrology and testing institutions/mechanical processing users in China.