Choose the 1058 to cut a narrow straight groove with a router that takes a 1/2-inch shank.
Use the RU2100 when a 1/4-inch groove needs an upcut flute that draws chips toward the router.
The 50-509 can follow a reference surface on either end of its straight carbide section.
The 2010 makes a broad roundover for a pronounced curved edge.
This small assortment suits a 1/4-inch router when you need a starting set for shallow edge work, a couple of straight widths and one dovetail profile.
Use the 1066 for a straight-sided cut with a nominal 1/2-inch diameter.
Choose the RU5150 when the project needs a 1/2-inch spiral groove and the flute length must accommodate a deeper cut over suitable passes.
The 3362 cuts both mating profiles for a right-angle lock miter joint.
The 50-118 suits taller template-guided cuts when the reference is on the shank side.
Choose the 2004 when the project calls for a half-inch curve and the router has a quarter-inch collet.
The UD1602 offers a fine 1/8-inch cut with both upcut and downcut flute sections.
The 40-114 makes a straight 45-degree bevel.
The 50-501 suits a 1/4-inch collet when you need a flush trim bit that can follow a reference at either end of the cutter.
The 2000C puts a small radius on a square edge.
The 1014 makes a nominal quarter-inch groove with a quarter-inch collet.
The 3373 supplies separate cutters for the tongue and the groove.
The 1083A cuts a nominal 23/32-inch groove, which is narrower than a full 3/4-inch groove.
The UDFT2100 combines opposing spiral directions with a pilot at the tip for template-guided flush trimming.
The 15221 is a two-cutter set for stock up to 3/4 inch where the plan calls for a quarter-inch tongue and a half-inch cut depth.
The 1031 is a 3/4-inch straight cutter on a 1/4-inch shank.
The 50-103 uses a bearing next to its shank to follow a template at that end of the cutter.
Choose the 2002 for a 5/16-inch curve when a narrow edge easing is too subtle and a half-inch radius would remove more of the face than the design calls for.
The 1084 is an option for a nominal 3/4-inch groove when the setup accepts a half-inch shank.
The RU1600 suits a fine guided groove where a nominal 1/8-inch width is needed and an upcut spiral helps draw chips out toward the router.
The 50-098 uses a half-inch guide bearing and a smaller 5/16-inch cutter.
The 2008 suits a 3/8-inch curved edge on a router with a half-inch collet.
Choose the 1025 when a nominal half-inch straight groove needs a cutter with a quarter-inch shank.
The RD1600 makes a narrow nominal 1/8-inch cut with a downcut flute.
Choose the 42-116 for tall flush trimming when the template can contact the bearing at the cutter tip.
The 2302 makes a 45-degree edge with a quarter-inch shank.
The 402 puts seven different cutter roles on a single quarter-inch collet size.
Use the 1072 as a candidate when a nominal half-inch straight cut calls for a longer cutting section.
The RU1805 makes a nominal 5 mm groove from a router with a quarter-inch collet.
Choose the 13915Q when a 45-degree bevel with more listed cutting height than the Whiteside 2302 suits the project.
The 3004 uses a shank-side guide for a template that sits on that end of the work.
The RD1900 cuts a nominal 7/32-inch groove, narrower than a standard quarter inch.
The 2501 suits shallow flush trimming when a tip-mounted guide can follow the reference edge.
The 501 covers four edge radii on half-inch shanks.
The 1062 gives a nominal 3/8-inch straight cut with a half-inch shank.
The HC4122 is a compression cutter for a nominal 3/8-inch cut.
The 50-106 uses a three-quarter-inch bearing next to the shank to guide a matching diameter cutter.
The 2009 makes a half-inch radius with a half-inch shank.
Choose the 1026 for a half-inch straight cut when you have a quarter-inch collet and need a longer cutting section than the 1025 provides.
The RD4125 makes a nominal three-eighths-inch cut and directs chips away from the router.
The 48-102 combines edge trimming with a small V detail.
The 502 covers five edge radii with quarter-inch shanks, from a modest one-eighth inch to a half-inch profile.
The 1013 makes a quarter-inch straight cut using a quarter-inch collet.
The RU4900 pairs a three-eighths-inch cutting diameter with a half-inch shank.
The 2408 gives two inches of cutting length for taller material when a tip guide can follow the reference.
The 3608 makes an ogee profile for a decorative groove or panel detail.
Choose the 1094 when the project calls for a broad nominal one-inch straight cut with a half-inch collet.
The UD5162M is a mortise-style compression cutter with a short upcut tip.
Use the 2000B when the design needs a small 3/32-inch curve on an edge.
Choose the 3002 when your template sits at the shank end and a three-quarter-inch cutting section is sufficient.
The RU5125T is a three-flute upcut spiral with a half-inch diameter and shank.
The 50-112 uses a one-inch cutter and matching shank-side bearing.
The 2310 is a broad chamfer cutter for a 45-degree face when the profile requires more cutting height than the smaller 2302 offers.
The 46201-K makes a nominal 3/16-inch downcut groove.
The 2402 gives a one-inch cutting section for flush trimming where the tip can follow the reference.
The 2305 produces a 45-degree bevel with a half-inch shank.
The 14150 makes a nominal half-inch straight cut and has two inches of cutter length.
Choose the 2008A for a radius between the 3/8-inch 2008 and the half-inch 2009.
The 1086 gives a nominal three-quarter-inch groove with a 1-1/2-inch cutting section.
The 42-104 uses a matching half-inch cutter and tip bearing to copy an edge.
The 1800 cuts an inward curve along an edge.
The 2005C makes a small eighth-inch curved edge with a half-inch shank.
The RFTD2100 combines a narrow quarter-inch spiral cutter with a tip guide for flush trimming.
The UD2102 combines upcut and downcut sections for a nominal quarter-inch groove or through-cut.
The 50-102 follows a template next to the shank.
The 1801 makes a broader concave profile than the quarter-inch-radius 1800.
