Guide Pad Reaming
Master high precision with guide pads for reaming applications. Guide pads travel on a setting fixture to ensure alignment and pressure are applied to the cutting surface, which helps achieve the desired hole size, geometry, and a smooth surface finish. The reaming inserts are great for machining almost all materials. You can choose two unique padded systems: the Reamer Insert Rectangular (RIR™) for small diameters and the Reamer Insert Quattro Cut™ (RIQ Quatro Cut™) for easy setup of larger diameters. Additionally, the RIR pocket seats are flat with a clamping groove in the blade and the RIQ seat is serrated for greater stability. These reamer pads and setting fixtures improve machining efficiency and quality, making them indispensable tools in reaming operations.
- Steel (3)
- Low-Carbon Steels, Long Chipping C < .25%; <125 HB; <530 N/mm^2 UTS(3)
- Low-Carbon Steels, Short Chipping C < .25%; <125 HB; <530 N/mm^2 UTS(3)
- Medium and High Carbon Steels C < .25%; <220 HB; <25 HRC; >530 N/mm^2 UTS(3)
- Alloy Steels & Tool Steels C > .25%; <330 HB; <35 HRC; 600-850 N/mm^2 UTS(3)
- Alloy Steels & Tool Steels C > .25%; 350-420 HB; 35-43 HRC; 850-1400 N/mm^2 UTS(3)
- Ferritic, Martensitic, and PH Stainless Steels <330 HB; <35 HRC; 600-900 N/mm^2 UTS(3)
- High Strength Ferritic, Martensitic, and PH Stainless Steels 350-450 HB; 35-43 HRC; 900-2400 N/mm^2 UTS(3)
- Stainless Steel (3)
- Austenitic Stainless Steel 130-200 HB; <600 N/mm^2 UTS(3)
- High Strength Austenitic Stainless and Cast Stainless Steels 150-230 HB; <25 HRC; >600 N/mm^2 UTS(3)
- Duplex Stainless Steel 135-275 HB; <30 HRC; 500-1200 N/mm^2 UTS(3)
- Cast Iron (3)
- Gray Cast Iron 120-290 HB; <32 HRC; 125-500 N/mm^2 UTS(3)
- Low and Medium Strength CGI and Ductile Irons 130-260 HB; <28 HRC; <600 N/mm^2 UTS(3)
- High Strength Ductile and Austempered Ductile Iron 180-350 HB; <43 HRC; >600 N/mm^2 UTS(3)
- High-Temp Alloys (2)
- Iron-Based, Heat-Resistant Alloys 160-260 HB; 25-48 HRC; 500-1200 N/mm^2 UTS(2)
- Cobalt-Based, Heat-Resistant Alloys 250-450 HB; 25-48 HRC; 1000-1450 N/mm^2 UTS(2)
- Nickel-Based, Heat Resistant Alloys 160-450 HB; <48 HRC; 600-1700 N/mm^2 UTS(2)
- Titanium and Titanium Alloys 300-400 HB; 33-43 HRC; 900-1600 N/mm^2 UTS(2)
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