Advanced Precision Cutting Wheel Narrow Kerf For Iron Nickle Feni FeSiAl

Product Description

                                    Precision Cutting tools for Iron-nickle/Feni/FeSiAl
         Product Formula of the cut-off wheel can be adjusted to meet different materials.
  AUTOFOR specially develops more than 30 series of precise cut-off Wheel for magnetic cores,like Iron-nickle/Feni/FeSiAl,amorphous, nanocrystalline, ultrafine crystalline,silicon steel, permalloy, beryllium film, transformer, ferrite, ferrosilicon, ferronickel, ferrosilicon-aluminium, which are suitable for different customers and products with different personalized needs. If AUTOFOR cutting wheel matching with AUTOFOR cutting machine,you can achieve cutting port "mirror "effect , even if you don't use secondary grinding, then greatly save labor costs.
                              
Advantages:
1. No burr after cutting ,cutting resistance 20-80% better than Euro-Japanese-American Brand Cutting wheel.
2. No smoke during cutting
3. Cutting port quality very smooth,no burn,no loose
4. Germany technique, original manufacturer,so quality is high and the cost is low.The customers who start to work with us then cooparete for long time.
5. The accuracy is less than ±0.05mm
  
                            Magnetic Metal Core Cut-off Wheel specifications (mm)

 
 Cutting effects:

 
Environmental Protection
AUTOFOR is committed to providing high quality and environmental friendly products for customers. We always put the ISO14001 environmental system into practice. All products of its brands have passed SGS environmental certification. The products are harmless to the environment and human body, and they can achieve zero pollution and zero emission. Let us protect the environment and build a beautiful home together by starting with AUTOFOR!

 
Application field
AUTOFOR products are widely used in aerospace, automobile, energy, electronics, education and other fields. In the industry of precision cutting technology, it has been in the forefront of domestic counterparts.