D3K full servo optical lens edging machine (semi-CNC core extraction machine)

D3K Full Servo Optical Lens Edging Machine (Semi-CNC Core Extractor)

1. Product Overview

II. Product Features

The DSG-D3K servo optical lens edging machine (semi-CNC core extraction machine) is an upgraded model independently developed by Desayg based on the D3A optical edging machine. Through the deep integration of servo drive, laser ranging, and bus control technology, it achieves dual breakthroughs in processing accuracy and automation. Its core features are as follows:

1. Digital precision drive, micron-level adjustment

 Abandoning the traditional mechanical ruler adjustment method, we adopt a high-performance servo motor paired with a high-precision ball screw to drive the lens in the depth direction. Operators can complete precise settings by simply entering parameters on the touch screen, achieving an adjustment accuracy of up to 0.001mm. This significantly enhances the consistency and repeatability of the processing, while simplifying the operation process.

2. Laser online compensation to eliminate the impact of thickness fluctuations

 The X-axis (lens depth direction) is equipped with a high-precision laser rangefinder, which can detect the thickness variation of the lenses from the previous process in real time. The system automatically performs dynamic compensation based on the measured data, achieving a compensation accuracy of 0.002mm. This effectively eliminates the impact of inconsistent thickness of incoming materials on the quality of the finished products, ensuring that the edging depth of each lens is highly consistent.

3. Digital display outer diameter control, with upgraded precision

 The control of lens outer diameter dimensions has been upgraded from traditional mechanical rulers to digital micrometers, allowing direct reading of digital set values. This eliminates errors caused by manual reading and mechanical wear, making the control of outer diameter dimensions more precise and reliable, and meeting the processing requirements of high-precision optical components.

4. Full-bus control system, with faster and more precise response

 Utilizing a comprehensive suite of bus control technologies, high-speed data communication and synchronization among various modules are achieved. This results in faster signal transmission and enhanced anti-interference capabilities. Consequently, the system's response speed and control precision are significantly improved, providing a reliable guarantee for long-term stable operation and high-precision machining.

III. Technical Parameters