Micrograin HW Carbide
Premium tungsten carbide supports wear resistance and stable cutting geometry through demanding heat and abrasion cycles.
Leitz Premium Carbide Profile Insert Knife 16mm x 13.4mm x 2mm R3 Left-Hand
CA$999.99
In stock
SKU
L75328
Product Type
Profile Insert Knife
Dimensions
16mm x 13.4mm x 2.0mm
Radius
R = 3.0 mm
Rotation
Left-Hand (LH)
Substrate Grade
HW Premium Micrograin Tungsten Carbide
Application
Precision Edge Profiling,Shaper Cutters,Custom Millwork
HW R3 Profile Insert
HW Profile Insert
Leitz Premium
Precision micrograin tungsten-carbide profile insert engineered for left-hand cutterhead configurations. Its 16 × 13.4 × 2 mm format, R=3.0 mm radius, and engineered clearance geometry support repeatable edge profiling in solid wood, MDF, and layered composite materials.
L=16 mmInsert Length
H=13.4 mmInsert Height
T=2.0 mmThickness
R=3.0 mm LHProfile / Rotation
HW Profile Insert
This premium replacement insert combines micrograin tungsten carbide, an exact R=3.0 mm profile, and left-hand geometry for stable, repeatable profiling in compatible industrial cutterheads.
Premium HW CarbideR=3.0 mmLeft-Hand RotationSKU L75328
Designed for compatible left-hand industrial cutter blocks and profiling heads accepting a 16 × 13.4 × 2 mm insert with matching R3 pocket geometry.
Main Product Description
The Leitz HW R3 Left-Hand Profile Insert L75328 is a precision replacement component for industrial architectural woodworking, millwork, and panel-processing operations. Its 16 mm length, 13.4 mm height, and 2.0 mm thickness provide a rigid, repeatable fit in compatible profiling cutterheads.
The premium hard-metal tungsten-carbide substrate is designed to resist abrasive wear and impact loading during continuous machining. Its left-hand R=3.0 mm profile supports consistent corner radiusing across solid hardwoods, dense softwoods, MDF, and layered composite materials.
Precision-ground cutting faces and engineered clearance angles help control friction, chip evacuation, and heat generation while reducing fiber tear-out and burn marking. Repeatable insert dimensions simplify replacement and help maintain consistent profile geometry without extensive realignment.
Technical Specifications
Profile Insert L75328
- Leitz
- Profile Insert
- L75328
- HW Profile Tooling
- 16 mm
- 13.4 mm
- 2.0 mm
- Radius R=3.0 mm
- LH / Left Hand
- HW / Premium Hard Metal (Tungsten Carbide)
- Industrial Micro-Balanced Grade
- Precision-Ground Face with Engineered Clearance Angles
- Material Compatibility: Solid Hardwoods, Dense Softwoods, MDF, and Layered Composites
- Designed for compatible left-hand industrial cutter blocks and profiling heads accepting a 16 × 13.4 × 2 mm insert with matching R3 pocket geometry.
Best Fit Applications
Solid Wood Edge Profiling
Furniture Frame Radiusing
Industrial Shaper Tooling
Left-Hand Cutter Blocks
MDF Component Profiling
Product Highlights
Repeatable R3 Profile
Precision-ground geometry helps each replacement insert reproduce the intended 3.0 mm radius with minimal setup variation.
Engineered Clearance Face
Controlled relief angles help reduce friction, heat buildup, fiber tear-out, and burn marking in dense materials.
Compatibility & Installation Notes
Disconnect and isolate the machine before installation. Confirm the 16 × 13.4 × 2 mm dimensions, R=3.0 mm profile, and left-hand orientation against the cutterhead specification. Clean the pocket, backing surface, and locking hardware of resin, dust, and debris, then tighten the clamping screw to the manufacturer-specified torque before operation.
Maintain Consistent R3 Profile Accuracy
The Leitz HW R3 Left-Hand Profile Insert L75328 is built for continuous industrial profiling where stable geometry and repeatable finish quality are required. Its 16 × 13.4 × 2 mm footprint and dedicated left-hand R3 form support accurate installation in matching cutterhead pockets.
Premium tungsten carbide, micro-balanced construction, and precision-ground clearance geometry help reduce vibration, manual sanding, and profile variation across solid wood, MDF, and composite production components.