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Small-diameter lens automatic polishing line
The upper axis holder features ultra-low wear sliding and a high-rigidity bearing guidance mechanism (patent pending), making it ideal for small-diameter lens processing with a minimum pressure of 3N (300g).
Compatible with various optical surfaces! A lens polishing machine that can also be automated!
The "SPS-200" is capable of polishing spheres, aspheres, and freeform surfaces within a working range of 5 to 200 mm. It can also accommodate various other optical surfaces such as cylinders and toroids. An HS-200 (Handling System) can be optionally installed, enabling automation. 【Features】 ■ 5-axis CNC polishing machine: Supports spherical, aspherical, and freeform surfaces ■ Spherical: φ5 to 120 mm (up to 140 mm with limitations), aspherical: φ10 mm to 300 mm ■ Can be equipped with HS-200 for automation (optional) *For more details, please refer to the related links or feel free to contact us.
With dressing function! The target work is lens polishing machines with a diameter of φ10 to 125mm!
The "SPS-125" is a lens polishing machine that provides suitable spherical processing. In addition to polishing spherical lenses with a diameter of φ10 to 125mm, it features an integrated dressing function for polishing tools. Equipped with an automatic polishing tool height measurement system, it allows for pre- and corrective aspheric polishing with the optional aspheric polishing function. 【Features】 ■ Aspheric polishing function enables pre- and corrective aspheric polishing (optional) ■ Equipped with an automatic polishing tool height measurement system ■ HS-200 (optional): Optimizes process flow to enhance efficiency *For more details, please refer to the related links or feel free to contact us.
Visualizing the experience, intuition, and skills of veterans. Supporting the transmission of lens polishing techniques and the elimination of individual dependency.
In the lens polishing sector of the optical equipment industry, advanced expertise and skilled techniques significantly influence product quality. In particular, the tacit knowledge accumulated over many years by veteran technicians—such as experience, intuition, tips, and judgment criteria—is essential for passing on to the next generation. However, these know-how are often difficult to articulate and tend to become personalized. Our support for the transmission of technology and skills involves careful interviews and work analysis with experienced individuals, making tacit knowledge visible and systematic by clarifying "why certain judgments are made." This leads to the development of young talent, the inheritance of skills, the reduction of personalization, and the mitigation of risks associated with technology loss due to retirements. 【Application Scenarios】 - Investigating the causes of defects in lens polishing - Standardizing the skills of analysis personnel - Promoting learning from past defect cases - Providing practical guidance for young talent development 【Effects of Implementation】 - Reduction in defect analysis time - Improvement and standardization of analysis accuracy - Sharing of previously personalized know-how - Enhancement of overall organizational technical capabilities
