MAPAL HPR400 plus Large-Diameter Reamer

No setting and four cutting edges significantly reduce cost-per-part Efficient reconditioning was the focus of the development of the HPR400 reamers. The multi-bladed tools impress due to high cost-effectiveness thanks to fast application data and simple insert changing on site by the customer.

Key Features

• No setting and four cutting edges significantly reduce cost-per-part Efficient reconditioning was the focus of the development of the HPR400 reamers.
• The multi-bladed tools impress due to high cost-effectiveness thanks to fast application data and simple insert changing on site by the customer.
• This is possible due to the highly accurate insert seats.
• As such the logistics costs for transport to the manufacturer are completely eliminated.
• Tool stock and reconditioning costs are at a low level.
• The indexable inserts of the HPR400 plus have four cutting edges.
• The cutting material is therefore optimally utilised.
• They are produced so accurately that they can be rotated or changed on-site by the customer's staff without problems.
• As a consequence the inventory of inserts can be further reduced, the reconditioning costs and therefore the cost-per-part drop.

Technical and Application Information

No setting and four cutting edges significantly reduce cost-per-part Efficient reconditioning was the focus of the development of the HPR400 reamers. The multi-bladed tools impress due to high cost-effectiveness thanks to fast application data and simple insert changing on site by the customer. This is possible due to the highly accurate insert seats. As such the logistics costs for transport to the manufacturer are completely eliminated. Tool stock and reconditioning costs are at a low level. The indexable inserts of the HPR400 plus have four cutting edges. The cutting material is therefore optimally utilised. They are produced so accurately that they can be rotated or changed on-site by the customer's staff without problems. As a consequence the inventory of inserts can be further reduced, the reconditioning costs and therefore the cost-per-part drop.