100T Alternate Top Bevel + Raker (ATB+R) Combination
Dimensions
12"Diameter x 1"Bore (D12 x b1)
Application
Ultra-Fine Crosscutting,Fine Hardwoods,Architectural Moldings,Finished Millwork,Finish Trim
Walter · Precision Miter Saw Tooling
Premium 100T ATB+R
Miter Saw Blade
100T ATB+R Miter Blade
A professional Walter carbide-tipped miter saw blade with a 12-inch diameter, 1-inch bore, and 100-tooth Alternate Top Bevel plus Raker configuration. It is intended for compatible ultra-fine crosscutting, architectural moldings, finished millwork, trim profiles, fine hardwoods, and precision joinery applications.
12 inOutside Diameter
100TUltra-Fine Tooth Count
ATB+RCombination Grind
1 inBore / Arbour
Tool Type
100T ATB+R Miter Blade
This ultra-fine miter saw blade combines a tensioned industrial steel plate, carbide-tipped teeth, and an ATB+R tooth sequence for clean crosscuts and controlled bottom-surface finishing in compatible solid-wood and millwork materials.
Designed for compatible miter, sliding-miter, chop, and crosscut saws using a 1-inch arbour and supporting the required 12-inch blade capacity, flange geometry, guarding, spindle rotation, and operating-speed range.
Main Product Description
The Walter Premium Industrial High-Performance Miter Saw Blade 15-012 002 100 is designed for fine-finish woodworking environments requiring ultra-clean crosscuts, controlled fibre shearing, and repeatable joint quality. Its verified configuration combines a 12-inch diameter, 1-inch bore, 100 carbide-tipped teeth, and an Alternate Top Bevel plus Raker tooth pattern.
The ATB teeth shear opposing grain walls while the raker teeth help level the bottom of the cut. The dense 100-tooth layout supports compatible fine hardwoods, softwoods, finished moldings, architectural trim, casing, and premium millwork components where reduced fibre pull-out and smooth mating surfaces are priorities.
A laser-cut tensioned steel plate and micro-polished carbide tips support stable tracking during straight and compound miter cuts. Before installation, confirm 12-inch blade capacity, 1-inch arbour fit, flange contact, kerf and plate-clearance requirements, spindle rotation, maximum RPM, guarding, material clamping, and the suitability of the blade for the specific application.
Machine / System FitDesigned for compatible miter, sliding-miter, chop, and crosscut saws using a 1-inch arbour and supporting the required 12-inch blade capacity, flange geometry, guarding, spindle rotation, and operating-speed range.
Application Matrix
Best Fit Applications
Crown Molding Miter Cuts
Fine Hardwood Joinery
Architectural Trim & Casing
Ultra-Smooth Crosscutting
Premium Millwork Production
Performance Details
Product Highlights
01
ATB+R Combination Geometry
Alternating bevel teeth shear the grain walls while raker teeth help level the cut base for clean mating surfaces in compatible millwork materials.
02
100-Tooth Ultra-Fine Pitch
The dense tooth spacing supports refined crosscut quality and reduced fibre pull-out in compatible hardwood, molding, trim, and finish-carpentry applications.
03
Tensioned Carbide-Tipped Construction
The laser-cut steel plate and carbide tooth tips support stable tracking and durable fine-finish cutting when correctly mounted and operated.
Before Machining
Compatibility & Installation Notes
Confirm 12-inch blade capacity, 1-inch arbour fit, flange contact, kerf and plate-clearance requirements, tooth orientation, spindle rotation, maximum RPM, guarding, and machine-specific limits before installation. Keep the blade and flanges clean, inspect carbide tips and plate condition, clamp the workpiece securely, and match the cutting sweep, feed pressure, and material support to the application.
Production Outcome
Ultra-Fine Miter Cutting
The Walter Premium Industrial High-Performance Miter Saw Blade 15-012 002 100 combines a 12-inch diameter, 1-inch bore, 100-tooth ATB+R configuration, carbide-tipped cutting edges, and a tensioned steel plate for compatible precision crosscutting, mitering, trim, and millwork operations.
Correct machine fit, flange condition, operating speed, material clamping, cutting sweep, workpiece support, and guarding are essential for achieving the intended finish quality and service life.
