In high-precision experimental and detection scenarios such as optical system alignment, laser optical path adjustment, precise mirror surface level calibration, sensing inclination detection, and microscopic imaging posture correction, single-axis inclination adjustment is difficult to meet the synchronous correction requirements of two-dimensional postures. The separate dual-axis module also has problems such as concentricity deviation, cumbersome installation, and poor stability. The Sefan Optoelectronics 7SIA0205 dual-axis electric tilt platform integrates an integrated dual-axis tilting structure, does not require stacking assembly, and takes into account dual-axis independent fine adjustment, ultra-high stability, and strong anti-vibration performance, providing a simple and efficient solution for the two-dimensional posture control scenarios with small angles, high precision, and high stability.
Precise fine-tuning is the core advantage of the equipment, achieving delicate and controllable angle adjustment through a precise mechanical structure. The equipment is equipped with M6×0.25 ultra-fine tooth precision screw drive, combined with high-quality disc-shaped spring reset structure, with extremely small transmission gap and high reset accuracy, completely solving the problems of empty return deviation, adjustment stalling, and angle offset of ordinary tilt platforms. The standard adjustment range is ±5°, although the travel is moderate, the angle division is fine, the control linearity is excellent, and it can easily achieve micro inclination correction, perfectly adapting to scenarios with strict requirements for angle precision, such as mirror surface leveling, precise optical path calibration, and micro sample posture fine adjustment, ensuring highly consistent and repeatable test data.
The integrated dual-axis design eliminates the drawbacks of separate stacking. Different from the traditional combination of two single-axis tables, the 7SIA0205 adopts an integrated dual-axis tilt structure for the entire machine. The concentricity and parallelism of the dual-axis motion are factory-precisely calibrated, eliminating cumulative errors, table surface offset, and structural loosening caused by stacking assembly. A single device can complete X and Y dual-axis independent inclination adjustment, without complex assembly, significantly reducing the difficulty of system integration, and suitable for the installation and use of compact optical platforms, sealed experimental chambers, and integrated detection modules.
The stable vibration and anti-disturbance performance is outstanding, suitable for long-term precise working conditions. The core reset component of the equipment uses high-quality disc-shaped springs, with uniform and lasting elasticity, solid structure, and excellent anti-vibration and anti-offset capabilities. Even slight vibrations in the experimental environment and long-term continuous operation of the equipment will not cause table surface angle drift. The entire machine weighs only 1kg, with a lightweight body that does not pressurize, a compact structure that does not occupy space, and a rigid and stable structure. It maintains no degradation in accuracy during long-term steady-state operation, perfectly adapting to laboratory static calibration, regular operation of precision detection equipment, laser equipment calibration, and optical instrument calibration in various scenarios.
Intelligent electric control, compatible with automated experimental processes. The equipment is equipped with 35 high-precision stepper motors, with smooth and delicate power output, no shock during start-up and stop, no jitter during low-speed operation, precisely matching the requirements for micro-angle adjustment. It is compatible with Sefan's standard motion controller and supports single-axis fixed tilt, dual-axis coordinated fine adjustment, timing programming, reciprocating posture calibration, etc., completely replacing manual fine adjustment, significantly improving the efficiency and accuracy of optical path debugging and sample calibration, and helping to upgrade experimental processes to standardization and automation.
The structure is versatile and easy to integrate, suitable for various assembly scenarios. The equipment is equipped with a Φ80mm circular standard table surface, with a regular and spacious installation area, suitable for the fixed installation of various optical lenses, small optical modules, and precise sensing probes. The table surface is reserved with standard installation holes, which can be flexibly combined with electrically movable platforms, rotating platforms, and lifting platforms for rapid assembly of multi-dimensional precise motion posture platforms, widely adapting to university research experiments, optical precision detection, laser equipment calibration, optical instrument calibration, and other scenarios. Integrated dual-axis no-assembly, precise micro-control governs the entire situation! The 7SIA0205 dual-axis electric tilt platform, with its three core advantages of ultra-fine teeth for precise fine-tuning, high-stability anti-vibration structure, and integrated dual-axis minimalist design, precisely solves the problem of two-dimensional inclination calibration. With delicate precision and long-lasting stability, it empowers every precise optical debugging and posture calibration.
Dual-axis precise pitch, stable control of the fine details | The 7SIA0205 dual-axis electric tilt platform from Saifan, a high-reliability choice for small-sized precise two-dimensional tilt adjustment!
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