Z3 Flute Configuration
Three precision-ground carbide cutting edges distribute workload evenly to support stable drilling and increased feed capacity.
Leitz Premium Industrial Dowel Drill Bit 35mm x 70mm Right-Hand 3-Tooth
CA$999.99
In stock
SKU
L37281
Product Type
Premium Industrial Dowel Drill Bit
Diameter
35 mm
Overall Length
70 mm
Rotation
Hand-Boring Right Hand (HBRH)
Flute Geometry
Z=3 (3 Cutting Edges)
Construction
Premium Grade Carbide Tipped
Application
Blind-hole boring,hinge boring,panel processing,solid wood,and composite materials
Premium 3-Flute
Boring Bit
3-Flute Boring Bit
Carbide-tipped industrial boring bit engineered for high-volume cabinet and panel production. Its 35 mm diameter, 70 mm overall length, Z3 cutting geometry, and HBRH right-hand configuration support clean hole entry, controlled chip removal, and stable production feed rates.
D=35 mmCutting Diameter
OAL=70 mmOverall Length
HBRHRight-Hand Rotation
Z=3Triple-Flute Geometry
3-Flute Boring Bit
This premium industrial boring tool combines three micro-grain carbide cutting edges with right-hand HBRH rotation for repeatable drilling in laminated panels, composites, and hardwoods.
Micro-Grain CarbideZ3 Triple FluteHBRH RotationSKU L37281
Designed for compatible CNC routers, multi-spindle boring units, and automatic dowel inserters using the required shank style and right-hand tool setup.
Main Product Description
The Leitz Premium HBRH 3-Flute Boring Bit L37281 is designed for high-volume panel processing, hinge-pocket drilling, and dowel-hole production. Its advanced Z3 cutting configuration distributes the cutting load across three edges, helping reduce vibration and support higher production feed rates than conventional two-edge designs.
With a 35 mm cutting diameter and 70 mm overall length, the tool is sized for common hardware-boring and blind-hole applications. Premium micro-grain carbide tips resist abrasive resins, adhesives, and dense binders found in melamine, MDF, particle board, composites, and hardwoods.
The HBRH right-hand geometry combines controlled axial shear with balanced cutting action to support clean surface entry and stable hole-wall quality. Correct toolholding, spindle alignment, feed programming, and runout control help protect the Z3 cutting edges and extend service intervals.
Technical Specifications
HBRH Boring Bit L37281
- Leitz Premium Industrial Tooling
- Premium Industrial Dowel & Hinge Boring Bit
- L37281
- Carbide-Tipped Boring Tooling
- 35 mm
- 70 mm
- Z3 (Triple-Flute Geometry)
- HBRH (Hand-Boring Right Hand)
- Premium Micro-Grain Carbide Tips
- Enhanced Axial Shear & Balance Tolerances
- MDF, Melamine, Particle Board, Hardwoods, Composites
- CNC Routers, Multi-Spindle Boring Units, Automatic Dowel Inserters
- European Hinge Boring · Laminated Panel Processing · Blind-Hole Dowel Joints
- Designed for compatible CNC routers, multi-spindle boring units, and automatic dowel inserters using the required shank style and right-hand tool setup.
Best Fit Applications
European Hinge Boring
Laminated Panel Processing
Blind-Hole Dowel Joints
High-Feed Production
Melamine Drilling
Product Highlights
Micro-Grain Carbide
Premium carbide resists abrasive resins, glues, and binders found in melamine, MDF, particle board, and composite panels.
Controlled Surface Entry
Optimized perimeter cutting action helps establish the hole edge before core removal to reduce surface chipping.
Compatibility & Installation Notes
Confirm that the multi-spindle block, CNC chuck, or boring unit matches the required shank style before operation. Verify HBRH right-hand rotation in the machine setup, and inspect collet tension, toolholder runout, operating speed, feed rate, and drilling depth. Excessive runout or uneven clamping can accelerate wear or damage the Z3 carbide cutting edges.
Improve High-Speed Panel Boring
The Leitz Premium HBRH 3-Flute Boring Bit L37281 is engineered for high-speed panel optimization and precision hole production. Its 35 mm diameter, 70 mm overall length, Z3 cutting layout, and right-hand HBRH configuration support repeatable machining in double-sided melamine, veneered fiberboard, composites, and hardwoods.
By distributing material removal across three carbide cutting edges, the tool helps control heat generation, maintain surface quality, and extend operating intervals in intensive cabinet and millwork manufacturing schedules.