In scenarios such as precise optical experiments, micro-device inspection, compact equipment integration, and refined optical path debugging, the conventional integrated dual-axis platform is too thick and bulky, unable to fit into the limited installation space. Moreover, the modular dual-axis platform has issues such as poor orthogonal accuracy, large gaps, and insufficient stability. To meet the refined demands for small-space installation, high-resolution fine-tuning, lightweight and stable operation, and precise positioning, Saifan Optoelectronics has launched the 7SWA03 White Elephant series of electric dual-axis translational stages. With its exclusive ultra-thin integrated architecture, side-drive design, and high-resolution precise transmission, it fills the gap in precise displacement for compact working conditions and becomes a cost-effective main model for compact two-dimensional precise positioning and lightweight high-frequency fine-tuning.
Exclusive ultra-thin integrated architecture, side-drive design saves space and high orthogonality
The 7SWA03 series breaks the limitations of the traditional heavy structure of dual-axis platforms and adopts a new ultra-thin overall dual-axis base design, combined with the unique side-drive layout. While retaining the high orthogonality advantage of the integrated base, it optimally compresses the overall thickness of the machine, significantly saving installation space, and perfectly meets the integration requirements of various compact platforms, micro-device inspection equipment, and narrow optical path systems. The equipment realizes fully automatic synchronous electric translation in X and Y dimensions, relying on the integrated molding process, with both axes having a unified reference and symmetrical layout, naturally possessing excellent orthogonality accuracy, fundamentally eliminating the common problems of coaxiality deviation, cumulative errors, and long-term position deviation in split assembly equipment.
The overall structure is streamlined and regular, with balanced rigidity, lightweight yet not flimsy performance, and a balance between space adaptability and operational stability. Abandoning the cumbersome structure of the traditional top-mounted screw, the side-drive design makes the platform layout more tidy, suitable for more restricted space precision fine-tuning scenarios. Standardized universal installation holes are标配， enabling quick adaptation to various small optical platforms， micro-experiment fixtures， and lightweight automation systems， ready for immediate use without complex debugging， suitable for various lightweight scenarios such as daily scientific research and training， precise optical debugging， and small precision equipment integration.
Precise transmission， high resolution for micrometer-level fine adjustment
High resolution， stable fine-tuning， and low jitter are the core core advantages of the 7SWA03 series. The equipment is equipped with precisely ground high-precision screw pairs， with the transmission resolution fully maximized， the feed is fine and uniform， and it can easily achieve precise micro-adjustment with small steps， perfectly adapting to high-precision positioning， micro-displacement calibration， and micro-sample scanning， etc. The guide rails adopt the mature precision cross-roller combined with finely ground V-shaped guide rail structure， optimized through professional pre-tightening and gap-eliminating processes， running smoothly without jamming， without return gap， no jitter at low speed， and no deviation at high speed， with excellent bearing performance， maintaining stable and precise displacement output in both static and dynamic conditions.
The stepping motor and precisely ground screw are connected through imported high-quality elastic coupling， with excellent transmission synchronization and low noise， effectively buffering running vibration， further improving the stability and positioning accuracy of fine adjustment. Standard DB9 universal interface is标配， which can seamlessly match the 7SC series dedicated motion controller， supporting programmatic， automated， and digital precise control， allowing for free setting of displacement speed， precise positions， and running intervals， converting the uncertainty of manual fine adjustment into standardized and replicable precise operations. At the same time， it is equipped with an optical zero calibration and dual-end limit protection structure， effectively avoiding overtravel loss and positioning errors， providing comprehensive stability for the long-term high-frequency fine adjustment operation of the equipment. The body is made of high-strength alloy material， treated by anodizing process， wear-resistant， durable， and not prone to deformation， suitable for long-term regular precise scientific research and light precision industrial operations.
Multi-scenario precise adaptation， deeply rooted in the need for precise fine-tuning in limited spaces
With its unique advantages of ultra-thin and compact design, high-resolution fine-tuning, integrated high orthogonality, and easy integration, the 7SWA03 series of electric dual-axis translation stages comprehensively cover various narrow working conditions and precise two-dimensional operations in fine processing scenarios. Its adaptability far exceeds that of conventional heavy-duty dual-axis equipment:
University research and teaching: Suitable for compact optical experiments, fine adjustment of micro-material samples, precise positioning of physical points, and restricted space training and debugging. The lightweight body is compatible with various small-scale experimental platforms, and the high-resolution transmission meets the requirements for precise scientific research fine-tuning.
Optical precision adjustment: Applicable for micro-optical circuit construction, precise alignment of optical components, fine adjustment of light spots, and compact optical system debugging. The ultra-thin structure is suitable for narrow optical path spaces, and the delicate fine-tuning effectively improves the accuracy of optical alignment.
Micro-device detection: Can be used for micro-adjustment of optoelectronic devices, precise alignment of micro-precision workpieces, scanning detection of small-area samples, and precise calibration of precision fixtures. High-resolution displacement control effectively improves the detection accuracy and data consistency of micro-devices.
Lightweight equipment integration: The ultra-thin and compact body is compatible with micro-automated detection equipment, micro inspection fixtures, and portable precision testing systems. It can achieve automated two-dimensional precise fine-tuning in narrow spaces, helping to upgrade lightweight precision equipment to high precision. It is a cost-effective and high-performance preferred choice for lightweight precision equipment upgrades in research institutions, fine laboratories, and photonic small enterprises.
Ultra-thin craftsmanship, precise control at the micro level. The 7SWA03 series of electric dual-axis translation stages, with its compact integrated structure, high-resolution delicate transmission, and stable and reliable precision performance, efficiently empowers various two-dimensional precise scientific research experiments and lightweight precision detection operations in narrow spaces!
Link Microblog
