System Edger
MSE-1

Features

  • High-speed and high-accuracy
  • Extensive edging capabilities
  • High-performance design for your optimal results
  • Ideal for both labs and retails

Detailed Information

High-speed and high-accuracy

Hybrid edging with a milling tool and grinding wheels

 

Its hybrid edging system pairs a milling tool with grinding wheels for efficient, accurate processing.

 

 

・Roughing with a milling tool significantly reduces processing time

The MSE-1 features a high-speed spindle custom-engineered for NIDEK, optimized to deliver powerful performance in a compact body. Its rapid rotation enables fast rough cutting, significantly improving lens processing speed.

 

・High-precision finishing achieved with grinding wheels

The MSE-1 delivers high-speed edging without compromising accuracy. Unlike systems that rely solely on a cutter, it uses precision grinding wheels for the finishing process, ensuring consistently accurate results. Backed by NIDEK’s proven grinding technology, it offers reliable performance you can count on.

 

 

Extensive edging capabilities

Step / partial step beveling and design cut

 

・Step / partial step beveling

Step beveling makes it easy to fit Rx lenses into sunglass and sport frames. Partial step beveling allows for precise application in designated areas, making it ideal for specialty sport frame designs. With support for lens sizes up to ø90 mm and step heights up to 11 mm, the MSE-1 handles even the most demanding bevel requirements with ease. To further enhance precision, the MSE-1 features variable step angle control, which maintains a uniform step width across the entire lens shape. This prevents the base of the step from becoming thinner, which leads to a consistent accurate fit, even in complex frame geometries, delivering professional-grade results with every lens.

 

Design cut

The MSE-1 supports the processing of creatively designed lenses, including complex designs such as hook-shaped sports sunglass lenses, expanding what’s possible in lens finishing.

 

 

 

High base curve beveling

 

NIDEK’s unique front and rear independent grinding function offers a high base curve bevel with flawless results. The position and height of the bevel can also be manually controlled.

 

Custom beveling

 

Trapezoidal beveling enhances both the appearance and fit of lenses, particularly in sport and specialty frames. The heights of the front and rear bevels, along with the width of the bevel apex, can be precisely adjusted for optimal results.

 

 

Automatic 3D drilling

 

The MSE-1 supports a wide range of hole shapes, including slots, notches, counterbored, and jewel holes, providing flexibility for detailed, customized lens work.

 

 

High-performance design for your optimal results

Clear and user-friendly screen

 

The MSE-1 features a large 10.4-inch color touchscreen that offers excellent visibility and ease of use. The display can be rotated horizontally and tilted to suit your preferred viewing angle. Its clean, retail-inspired interface is designed for intuitive, effortless operation.

Structural robustness and durability

 

A solid base provides stability for the carriage, high-speed spindle, and milling tool, maintaining precision during operation. The robust design delivers consistent, long-term performance in high-volume settings.

 

An integrated separator system reduces water consumption

 

The MSE-1 features a specialized separator that extends water usability and reduces the frequency of water replacement. Fins on the separator capture larger debris from milling tool roughing, directing it into the waste box, while only fine particles flow into the main tank. This keeps the water noticeably clearer than systems using grinding wheels alone, allowing for longer reuse and cleaner operation.

 

Ideal for both labs and retails

Expand your potential with the MSE-1.

Downloads

NOTE

The availability of products differs from country to country depending on the status of approval.
Specifications and design are subject to change without notice.