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49672 Carbide Tipped Classical Rail 1-1/4 Dia x 3/8 x 9/64 Radius x 1/4 Inch Shank

Amana 49672 Carbide Tipped Classical Rail 1-1/4 Dia x 3/8 x 9/64 Radius x 1/4 Inch Shank

Name: Amana 49672 Carbide Tipped Classical Rail 1-1/4 Dia x 3/8 x 9/64 Radius x 1/4 Inch Shank
SKU: Amana 49672
Availability: InStock

Original price was: $47.90.Current price is: $35.93.

CLASSICAL RAIL BIT 1/4 SHANK

UPC: 738685496725 SKU: Amana 49672 Categories: Amana Tool, Door Making Router Bits, Profile Router Bits for Glass Doors, Router Bits

Item Description

Our Profile Cutters are a unique and versatile series that can be used for general profile routing, glass doors and windows, as well as stile and rail work. (The panel groove and stub tenon must be cut separately.) The inverted hand cutters will produce copes that nest perfectly into the profiles cut by the matching “regular” bits. In addition, the inverted head allows you to profile edges that are out of the reach of regular profile bits. These 1/4” shank bits will fit any router. All are equipped with ball bearing guides, either on the tip or on the shank.

Replacement Parts

Tool No.	Bearing(s)	Collar w/Set Screw	Collar Set Screw Only
49672	47701	47724	67091

Specifications

Diameter (D)	1-1/4
Radius (R)	9/64
Cutting Height (B)	3/8
B1	5/64
Shank (d)	1/4
Overall Length (L)	2
Type	Classical Rail
Replacement Bearing	47701
Flutes	2

Other Sizes Available

B1	Type	Replacement Bearing	Flutes	Cutting Height (B)	Diameter (D)	Shank (d)	Overall Length (L)	Radius (R)	Tool No.
3/16 (4.76mm)	Classical Stile	47702	2	1/2 (12.70mm)	1-3/32	1/4 (6.35mm)	2 (50.80mm)	9/64 (3.57mm)	49670
7/32 (5.56mm)	Classical Stile	47702	2	5/8 (15.88mm)	1-5/16	1/4 (6.35mm)	2 (50.80mm)	3/16 (4.76mm)	49674
1/8 (3.18mm)	Classical Rail	47701	2	9/16 (14.29mm)	1-7/16	1/4 (6.35mm)	2 (50.80mm)	3/16 (4.76mm)	49676
–	49670 & 49672 Set	–	—-	–	–	–	–	–	49673
–	49674 & 49676 Set	–	—-	–	–	–	–	–	49677

Weight	0.34 lbs

Brand

Amana Tool

Amana Tool® is an industry leader for over 40 years specializing in industrial quality solid carbide, insert carbide and carbide-tipped cutting tools for the woodworking, plastics, aluminum, composite and metal industry. They provide many solutions for manufacturers, fabricators, display and cabinet professionals as well as hobbyists. Amana Tool’s full line of industrial-quality cutting tools includes saw blades, router bits, shaper cutters, boring bits and much more.

Need This Tool Customized?

Every machining application is different. If this tool is close to what you need but not an exact fit, General Cutting Tools can help modify it for your specific job, machine, material, or production requirement.

We work with CNC shops, industrial manufacturers, tool rooms, and production facilities to provide tool modifications that improve fit, function, performance, and efficiency. Whether you need a small adjustment or a more specialized cutting tool solution, our team can review your requirements and recommend the best option.

Custom tool modifications can help reduce setup time, improve accuracy, extend tool life, solve clearance issues, and support more consistent production results.

Common Tool Customization Options

Diameter and OD Modifications

We can modify tool diameters to better match your application requirements, including cutting diameter changes, OD modifications, pilot diameter adjustments, step diameters, and shank diameter modifications.

Bore Modifications for Saw Blades

Custom saw blade bore modifications are available for hole diameter changes, pinholes, mounting holes, and keyway cutouts to help match your machine setup and cutting requirements.

Length Adjustments

Tools can be modified for specific reach, clearance, or setup needs. This may include overall length changes, flute length adjustments, reduced neck sections, extended reach designs, or shortened tools for improved rigidity.

Shank Modifications

Shank modifications can help ensure the tool fits properly in your holder, spindle, or machine setup. Common options include shank diameter changes, flats, Weldon flats, reduced shanks, and custom holding requirements.

Radius, Chamfer, and Corner Changes

We can customize corner radius, chamfer angles, edge breaks, and other profile details to meet part print requirements or improve cutting performance.

Step Tool Modifications

For applications that require multiple diameters or operations in a single tool, we can create or modify step tools to help reduce tool changes and improve production efficiency.

Flute and Cutting Edge Adjustments

Depending on the tool and application, flute length, cutting edge geometry, end cutting features, relief angles, and cutting edge shape may be modified to improve chip evacuation, cutting action, and tool performance.

Regrinding and Resharpening

Many cutting tools can be reground or resharpened to restore performance, extend tool life, and reduce replacement costs.

Custom Profiles and Special Forms

For unique part features, we can help provide special forms, custom profiles, custom radii, counterbores, countersinks, keyseat cutters, form tools, and other application-specific tooling solutions.

Material-Specific Tool Adjustments

We can help modify or recommend tooling based on the material being machined, including aluminum, brass, bronze, plastics, stainless steel, hardened steel, cast iron, composites, and other industrial materials.

Have a Drawing, Sample, or Part Print?

Send us your print, sketch, CAD file, photo, tool number, sample, or application details. For the fastest quote, include the material being cut, quantity needed, required dimensions, tolerances, and any machine or holder requirements.

Coating Options

Tool coatings can be selected or added to improve wear resistance, heat resistance, lubricity, and performance in specific materials such as steel, stainless steel, aluminum, cast iron, and high-temperature alloys.

Request a Custom Tool Modification

Need this tool changed for your application? Contact General Cutting Tools today to discuss your custom tooling needs. We can help you find the right solution for your machine, material, and production goals.