In situations such as precise optical inspection, large-area sample scanning, automated precise alignment, and integration of photoelectric equipment, the split assembly dual-axis platform often suffers from problems such as large orthogonal deviations, weak bearing capacity, asynchronous operation, and long-term loosening and drift. In some cases, the debugging efficiency is low, and in others, it directly affects the experimental data and detection yield. To meet the urgent needs for two-dimensional high-precision, high-orthogonality, large-bearing capacity, and long-term stable operation, Saifan Optoelectronics has launched the 7SWA01 White Elephant series of electric dual-axis translation platforms. With an overall integrated base design, precise ball bearing guide rail architecture, and high-strength transmission configuration, it differs from ordinary split assembly models and becomes a highly reliable main equipment for two-dimensional heavy-load precise positioning and regular high-frequency operations.
Overall integrated architecture, high orthogonality eliminates assembly errors
The 7SWA01 White Elephant series abandons the traditional dual-axis split assembly mode and adopts an integrated base forming process for the entire machine, achieving synchronous X and Y two-dimensional electric translation. From the structural root, it solves the industry pain points of poor coaxiality, low orthogonality, and long-term misalignment and offset of split equipment. The two-axis layout is regular and symmetrical, with a unified reference, naturally possessing extremely high orthogonality. There is no need for repeated manual alignment, and the machine can maintain precise axis coupling relationship upon startup, perfectly adapting to scenarios such as optical path debugging, precise alignment, and all-round scanning with strict axis precision requirements.
The overall structure is compact and solid, with extremely high rigidity. Compared to ordinary split displacement platforms of the same specification, the overall anti-deformation and anti-vibration capabilities have been significantly improved. The unique center square hole light-transmitting design is suitable for transmission-type optical experiments, light-transmission detection, and optical path penetration debugging, and the scene adaptability far exceeds that of ordinary dual-axis translation platforms. Standard installation holes can be quickly adapted to various optical platforms, precision experimental fixtures, and automated integration systems, ready for immediate use without complex debugging, and it can meet both scientific research experiments and light industrial heavy-load operation requirements.
Precise transmission configuration, stable running, micrometer-level repeatability
High bearing capacity, high stability, and high repeatability are the core core advantages of the 7SWA01 White Elephant series. The equipment is equipped with imported high-quality ball screws, combined with precise pre-tightening technology, the transmission is smooth without jamming or return gap, the driving force is sufficient, and the positioning is accurate. Long-term high-frequency reciprocating operation is less likely to wear and drift. The guide rails adopt a precise cross-roller combination structure with finely ground V-shaped guide rails, which has a more uniform contact, stronger bearing capacity, and smoother operation compared to ordinary linear guides. Low-speed micro movement does not shake, and high-speed operation does not shift. It can maintain the precise positioning standard in both static and dynamic conditions.
The motor and ball screws are connected through an imported high-quality elastic coupling, with excellent transmission synchronization and low noise, effectively buffering the running vibration, further enhancing the positioning stability. The equipment is equipped with standard DB9/RS232 universal interfaces, which can be seamlessly adapted to the 7SC series motion controllers, supporting programmatic, automated, and digital precise control, allowing for the free setting of displacement speed, positioning points, and operation intervals, achieving standardized and replicable precise operations. At the same time, it is equipped with dual protection structures of photoelectric zero position calibration and double-end limit, effectively avoiding overtravel loss and positioning errors, and providing comprehensive protection for the equipment's long-term stable operation. The body is made of high-strength alloy material, treated with precision hardening and anodizing, wear-resistant, durable, and perfectly suitable for long-term, regular heavy-load precise operations.
Multi-scenario all-round compatibility, deeply rooted in the urgent needs of two-dimensional heavy-load precision
With the advantages of a high-stable structure, large bearing capacity, high orthogonality, and easy integration, the 7SWA01 White Elephant series electric dual-axis translation platform fully covers various high-precision, heavy-load two-dimensional precision operation scenarios, with an adaptability far exceeding that of ordinary split assembly dual-axis equipment:
University research and teaching: It is suitable for high-end optical experiments, large-area material sample scanning, precise physical testing, and light-transmission experimental debugging, with stable axis system and sufficient bearing capacity, meeting the requirements of precise and heavy-load scientific research training.
Optical Precision Adjustment: Widely used for precise optical path construction, transmission optical system calibration, global alignment of optical components, and laser detection and debugging. Ultra-high orthogonal accuracy ensures zero deviation in optical path debugging, significantly improving the stability of optical experiments.
Precise Component Inspection: Can be applied to the detection of large and medium-sized optoelectronic components, precise workpiece alignment, large-area sample appearance scanning, and precise workpiece adjustment. With high load-bearing performance, it can stably carry various detection modules, effectively improving detection accuracy and operational efficiency.
Automation Equipment Integration: The high rigidity integrated body is compatible with automated precision detection equipment, photoelectric testing fixtures, and precise alignment systems for the assembly line. It can achieve automated two-dimensional precise displacement control, helping to upgrade precision production lines to be intelligent and high-precision.
Domestic High-Quality Precision Products with Affordable Prices, Ideal for Cost Reduction in Heavy-Duty Precision Environments
Most of the high-end integrated dual-axis precision translation stages on the market are imported equipment, which are expensive, have delayed after-sales service, and have high replacement costs. While ordinary domestic assembled models generally have shortcomings such as poor accuracy, weak rigidity, easy drift, and short lifespan. The 7SWA01 Baixiang series electric dual-axis translation stage, relying on domestic high-quality manufacturing, achieves imported-level precision transmission and structural rigidity with an affordable price, breaking the price barrier of high-end heavy-duty precision displacement equipment. The equipment does not require frequent calibration, has low failure rate, simple later maintenance, and long service life, completely solving the pain points of repeated debugging and rapid accuracy degradation of assembled equipment, significantly reducing long-term usage costs, and is the preferred solution for equipment upgrades in research institutions, optoelectronic laboratories, and precision manufacturing enterprises.
Integrated Stable Base, Precise in Heavy Load. The 7SWA01 Baixiang series electric dual-axis translation stage, with its high rigidity integrated architecture, stable and precise heavy-duty precision performance, and versatile scene adaptability, provides stable support for various two-dimensional high-precision and high-load scientific research and manufacturing operations!
Link Microblog
