WIDIA-Circle Products Master
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Tools for Small Hole Boring Small Hole ID Indexable Insert Tooling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .C2–C79 Choosing the Correct Small Hole Boring Bar . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .C4–C7 Catalog Numbering System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .C8–C9 Boring Bars for Turning ....

Small Hole Boring • ID Indexable Insert Tooling The WIDIA™ line of micro boring bars provides accurate holemaking tooling in diameters as small as .062" (1,57mm). These economical, indexable inserts are available in both steel and carbide shanks and are stocked in both metric and inch sizes. Ideal for a wide range of applications, including precision micro boring. 80° Diamond Insert Boring Bars • Available in shanks as small as .157" (4,0mm) to bore >.180" (4,57mm) diameter. Threading and Grooving Boring Bars • Positive rake geometry for free cutting action and better surface finishes. •...

Multi-application tooling — groove and thread with the same bar. .002" (0,05mm) insert nose radii available; insert repeatability within .0002" (0,005mm). Inserts available in multiple styles and grades, including polycrystalline diamond tipped, for all machining applications. Choose from high-quality steel or carbide shanks with through tool coolant capabilities. Triangle Insert Boring Bars • Designed for less obstruction and greater chip evacuation. • Positive rake geometry to bore holes >.275" (6,98mm) diameter. • Stocked in all grades, including diamond-tipped and borazon-tipped styles....

Tool Selection Guide Choosing the Correct Small Hole Boring Bar The World’s Most Comprehensive Boring Solutions Trust the WIDIA™ full line of boring tools to meet all of your demanding job requirements. Whatever the work at hand, you are sure to find the most appropriate solution in this comprehensive, easy-to-use guide. We engineer only the BEST boring tools, guaranteed to reduce your machining time, provide superior results, and outperform the competition. Indexable Tooling Solid Carbide Select the Correct Small Hole Boring Product Platform for Your Application 1 Determine tooling system...

high performance general performance Indexable Tooling high performance general performance Solid Carbide Indexable Tooling high performance Indexable Tooling general performance Solid Carbide NOTE: Proper bar selection will have largest minimum bore dimension under hole size to be bored.

Tool Selection Guide Choosing the Correct Small Hole Boring Bar Determine Materials to Be Machined and the Appropriate Insert B Determine bore depth (how far the boring bar extends from the holder). Multiply bar diameter by 4. If bore depth is less, use a steel bar. If bore depth exceeds 4:1 ratio, use a carbide bar. Use L1 or L4 depending on bar selected. (See recommended maximum overhang chart on page C160.) For indexable tooling, go to step 3. For all other tooling systems, go directly to step 4. Small Hole Boring Bars for Turning Clamping System S • Carbide CCBI • Inch Consult the Small...

Tool Selection Guide Choosing the Correct Small Hole Boring Bar Determine Materials to Be Machined and the Appropriate Insert Small Hole Boring Positive Inserts first choice alternate choice ANSI catalog number CDHB1206X0 CDHB120605 5 Select the appropriate insert based on style, grade, and geometry. NOTE: max DOC only applies to tipped inserts, which are designated with an “M” at the end of the catalog number. CDHH-R/L D ISO catalog number CDHHS4T002R ANSI catalog number Right hand CDHH120605R NOTE: Right hand inserts used in left hand bars only. 6 Determine the Speed and Feed Chart for...

Small Hole Boring Bars Catalog Numbering System How Do Catalog Numbers Work? Each character in our catalog number signifies a specific trait of that product. Use the following key columns and corresponding images to easily identify which attributes apply. Series Type Insert Shape (optional) S = Steel (with coolant) C = Carbide (with coolant) Reverse Chamfer or Back Chamfer Bar M Offset Internal Grooving Bar

Small Hole Boring Bars Catalog Numbering System By referencing this easy-to-use guide, you can identify the correct product to meet your needs. CSBI180187257R Head Diameter Shank Diameter Lead Angle shown as “KRI” for metric bars and “KRA” for inch bars Thread Depth for Threading Bars Overall Length for Straight Shank Bars Metric 12 = 12,70mm Head Diameter Shank Diameter NOTE: Only shown on stepped-style bars.

Small Hole Boring Bars for Turning Clamping System S • Steel CSBI • Inch NOTE: D min and F calculated using the CPG grooving-style insert.

Small Hole Boring Bars for Turning Clamping System S • Steel catalog number Right hand SSBIC62575R gage insert insert screw gage insert insert screw catalog number Right hand CSBM5650R CSBM • Metric order number Small Hole Boring • Boring Bars for Turning SSBIC • Inch

Small Hole Boring Bars for Turning Clamping System S • Steel Stepped

Small Hole Boring Bars for Turning Clamping System S • Steel Stepped

Small Hole Boring Bars for Turning Clamping System S • Carbide

Small Hole Boring Bars for Turning Clamping System S • Carbide QCMI • Inch

Small Hole Boring Bars for Turning Clamping System S • Carbide

Small Hole Boring Bars for Turning Clamping System S • Carbide Stepped

Small Hole Boring Bars for Turning Clamping System S • Carbide Stepped

Small Hole Boring Bars for Turning Clamping System S • Steel FSBI • Inch

Small Hole Boring Bars for Turning Clamping System S • Steel

Small Hole Boring Bars for Turning Clamping System S • Steel Left Hand Tool order number gage insert insert screw insert screw catalog number Right hand FSBM61000R catalog number Left hand SSCI625430L FSBM • Metric order number gage insert Small Hole Boring • Boring Bars for Turning SSCI • Inch