Turkmenistan Magnetorheological Finishing machine MRF1000-800

The Magnetorheological Finishing Machine MRF1000-800 adopts a high-precision marble bed with 6-axis and 5-linkage function, and can process workpieces with a maximum size of 1000mm✖800mm, and has the ability to process planar, spherical, and aspherical optical parts, with the advantages of high stiffness, high precision, high dynamic characteristics, powerful functions, and easy and intelligent operation.

Product Description

name

parameter

Processing Capabilities

(Maximum workpiece size)

Maximum size 1000mm×800mm

Machinable surface

Plane, spherical, aspherical, cylindrical, etc.

Processable materials

Microcrystalline, K9, fused quartz, Si, CVD, SiC, nickel-phosphorus layer, etc.

Machinable accuracy

 

X-axis travel

1050mm

Y-axis travel

800mm

Z-axis travel

350mm

A-axis travel

±45°

B-axis travel

±35°

C-axis travel

±360° continuous multi-turn

Fixture

/

Protection function

It has fault alarm protection for unexpected power failure, water failure, gas failure, motion system failure protection, etc.

Smart Features

It has advanced functions such as appointment timing, processing protection, remote assistance, and logs.

Dimensions

2.7m×1.8m×2.3m

Machine weight

10 tons

Power consumption

15 KW

Magnetorheological Finishing machine

The magnetorheological finishing machine is an advanced precision polishing solution designed for ultra-smooth surface finishing. Using magnetorheological fluid technology, the magnetorheological finishing machine delivers highly accurate, controlled polishing for optical components, lenses, and high-precision parts. This machine offers exceptional surface quality, minimal subsurface damage, and consistent results. The magnetorheological finishing machine adapts to complex shapes and materials, providing flexibility and efficiency for industries like optics, aerospace, and semiconductors. With intelligent control systems, the magnetorheological finishing machine ensures stable, repeatable performance while reducing processing time. Its durable structure and reliable operation make it an ideal choice for achieving superior surface accuracy and quality in high-tech manufacturing.