 | New
Concepts in Milling Handbook A practical approach and illustrated guide to milling cutter selection and use <Table of Contents © 1973 Niagara Cutter Inc. |
| New
Concepts in Milling Handbook A practical approach and illustrated guide to milling cutter selection and use <Table of Contents © 1973 Niagara Cutter Inc. |
Basic Cutter Styles and Their Application - ( «Back )
Interlocking Cutters - screen [ 1 | 2 | 3 | 4 ]
STANDARD STYLE "S" INTERLOCKING STAGGERED
TOOTH MILLING CUTTERSTERMINOLOGY AND ORDERING DATA
Niagara's Style "S" Staggered Interlocking consists of 2 pieces, each piece being a NIAGARA Staggered Side Milling Cutter. Unless otherwise specified, diameters of each piece held relative to each other within .001. (Refer to Fig. 36, 37, & 38)
TOTAL INTERLOCK WIDTH (W). The total interlock width (W) is equal to the overall width of an interlocking cutter. The total interlock width (W) is normally equal to thewidth of the slot to be machined. This width is measured over the two pieces within the interlocking cutter as shown in Fig.36 and Fig.37. Unless otherwise specified, tolerance on W Dimension is (+/-).001. Specify the following information when ordering:
1. Quantity of Interlocking Cutters required.
2. Diameter of Interlocking Cutters ( D).
3. Interlock Width (W )
4. Hole Size requiredInterlock or overlap can be varied from as small as .010 to 3/32 or more depending upon the widths selected. Hubs may be ground in customer's plant, by a local grinding service shop, or at the Niagara Cutter plant. When sharpening reduces the total interlock width, shims may be used between hubs to regain the original total interlock width.
"X" indicates Width Interlock Range that can be priced as STANDARD in diameters listed. All Staggered Tooth Cutters, having the same number of teeth interlocked.
