Complex Multi-Radius Profile
The R3 / 1.3 / 2 / F45° geometry reproduces a defined compound edge contour with consistent dimensional accuracy.
Leitz QuattroForm Profile Cutter D70x6.8x16 3-Tooth R3/1.3/2/F45deg – Z3 – 6.8mm
CA$999.99
Out of stock
SKU
L193902
Brand
Leitz Tooling Systems
Product Series
QuattroForm Profile Cutter
Article Number
L193902
Diameter (D)
70 mm
Cutting Width
6.8 mm
Bore Diameter (d)
16 mm
Tooth Configuration
Z3 (3 Teeth)
Profile Radius
R3 / 1.3 / 2 / F45deg
QuattroForm Profile Cutter
Leitz
Professional Profiling
Precision-engineered carbide profile cutter for complex edge shaping and repeatable multi-radius geometry. The Z3 cutting configuration supports stable high-RPM machining, consistent profile accuracy, and durable performance in solid wood, MDF, and production furniture components.
D=70 mmCutting Diameter
W=6.8 mmCutting Width
d=16 mmBore Diameter
Z=3Tooth Count
QuattroForm Profile Cutter
This industrial profile cutter combines a rigid steel body, carbide cutting edges, and a complex multi-radius contour for repeatable CNC and spindle-moulder edge shaping.
Carbide Cutting EdgesZ3 GeometryR3 / 1.3 / 2 / F45°SKU L193902
Designed for compatible CNC machining centers, spindle moulders, and profiling aggregates using a 16 mm bore and the required operating parameters for a 70 mm Z3 cutter.
Main Product Description
The Leitz QuattroForm Profile Cutter L193902 is a specialized industrial tool developed for precise, repeatable edge profiling. Its 70 mm diameter, 6.8 mm cutting width, 16 mm bore, and Z3 tooth arrangement support controlled cutting action and stable profile formation across demanding production cycles.
The multi-radius profile geometry identified as R3 / 1.3 / 2 / F45° enables manufacturers to reproduce a defined compound contour consistently across solid wood, MDF, and furniture components. This profile architecture is suited to applications where dimensional repeatability and visual uniformity are essential across large batch runs.
A robust steel body and industrial-grade carbide cutting edges support wear resistance, vibration control, and dependable surface quality at production spindle speeds. Correct toolholding, spindle-speed selection, and feed programming help preserve profile integrity and maximize service life.
Technical Specifications
QuattroForm L193902
- Leitz Tooling
- QuattroForm Profile Cutter
- L193902
- Professional Profiling
- Industrial-Grade Carbide
- 70 mm
- 6.8 mm
- 16 mm
- Z3
- R3 / 1.3 / 2 / F45°
- Balanced Industrial Steel Body
- Solid Wood and MDF
- Machine Compatibility: CNC Machining Centers, Spindle Moulders, Profiling Aggregates
- Designed for compatible CNC machining centers, spindle moulders, and profiling aggregates using a 16 mm bore and the required operating parameters for a 70 mm Z3 cutter.
Best Fit Applications
Edge Profiling
CNC Shaping
Solid Wood Components
MDF Processing
Furniture Component Production
Product Highlights
Stable Z3 Cutting Action
Three cutting edges distribute the machining load to support smooth cutting and repeatable surface quality in production use.
Carbide Wear Resistance
Industrial carbide cutting edges help maintain profile definition when machining solid wood and abrasive engineered panels.
Compatibility & Installation Notes
Confirm that the machine spindle, arbor, and guarding accept a 70 mm profile cutter with a 16 mm bore. Verify the approved rotation direction, spindle-speed range, feed rate, and projection before operation. Ensure the cutter is fully seated and secured, and inspect the carbide cutting edges for wear, chipping, or resin buildup before each production run.
Maintain Consistent Profile Geometry
The Leitz QuattroForm Profile Cutter L193902 is built for manufacturers requiring repeatable edge geometry across solid wood, MDF, and furniture components. Its 70 mm diameter, 6.8 mm width, 16 mm bore, and Z3 cutting arrangement support stable production profiling on compatible machinery.
Combining a defined multi-radius contour, rigid steel body, and carbide cutting edges, this cutter helps preserve finish quality, dimensional consistency, and production efficiency across repeated profiling cycles.