Taps For Stainless Steel

Short Description:

Send email to us

Product Detail

Product Tags

Shrink Fit Holder

Material:Special heat resistant steel

Tolerance of bore H4,more accurate as DIN

With 4 additional threads for supplementary fine balancing

Cone angle is 3⁰，4.5⁰

Runout of outer taper to center is ≦0.003mm,including chuck ER

Reheating time is 3000.

Ring-shaped cooling jet for ideal cooling performance and chip flushing

The selective supply reduces the compressed air consumption while increasing effectiveness

Longer lifetime of the milling tool

The low mass of the cap of less than 30g does not influence the balance quality of the arbor (G 6.3 at 18,000 / 12,000 rpm)

When necessary, caps can be simply, quickly and cost-effectively replaced without influencing the usability of the arbors

Through the subsequent installation of the caps, it cannot impair the shrinking process

Sealing without sensitive gaskets or other sealing materials

The annular gap reduces the danger of blockage due to particles

Simple installation with the application tool

Application

Tool holder is the only connection between the machine spindle and the tool.The perfect positioning of the cone in the spindle is the first important requirement for the achieving optimal process results.High cutting speed require high rotation.The better the tool holder is balanced,the more effectively you can use the perfor-mance which expensive HSC tools offer,as the highest balancing quality means there are practically no oscillations and vibrations.Finely balanced tool holders also protect the high precision spindle bearings and thus make a significant contribution towards ensuring a long service life of your spindles and high availability of the machine.Good runout also significant increase service life. Volume flow and discharge velocity are perfectly matched to the different mill diameters.Various parts, structurally designed for the various cooling media of air/MLQ or emulsion.Increased process reliability when using milling cutter bodies with indexable inserts in connection with extensions by removing the chips from the cutting area.