Precision 60° Geometry
Engineered with a 60-degree included angle for sharp, clean-angled V-grooves and crisp lettering profiles.
Amana Tool Solid Carbide Insert 60 Deg x 0.020 Inch V-Tip Engraving Knife
CA$999.99
Out of stock
SKU
RCK-382
Product Type
Solid Carbide V-Tip Engraving Insert Knife
Family / Category
In-Groove™ Insert Engraving System
Tip Angle / Width
60° · 0.020-inch tip width
Cutting Height
7.5mm (9/32 inch)
Plunge Feed Rate
80 Inches/Min
Cutting Material
Solid carbide
Applications
Signmaking,lettering,etching,and non-ferrous metals
Solid Carbide Insert
60° x 0.020" V-Tip Engraving Knife
Engraving Insert
Amana Tool RCK-382 is a precision solid carbide insert engraving knife featuring a 60-degree included angle and a 0.020-inch (0.5mm) flat V-tip width. Engineered for high-detail CNC engraving, sign-making, lettering, and fine industrial carving across diverse panels and non-ferrous substrates.
60°Angle (a°)
0.020 inV-Tip Width
SolidCarbide Body
CNCPrecision Fit
Engraving Insert
A high-performance solid carbide insert knife designed for precision V-groove engraving and fine detail work. The exact official Tool No. is RCK-382.
Amana ToolSolid Carbide60° V-TipSKU RCK-382
Compatible with designated Amana Tool insert engraving toolbodies and CNC spindles. Ensure secure seating, proper torque, and correct toolholder balance prior to operation.
Main Product Description
Amana Tool RCK-382 is the exact Tool No. for this solid carbide insert engraving knife, featuring a 60-degree angle and a 0.020-inch (0.5mm) V-tip width. Built from premium sub-micrograin solid carbide, it delivers exceptional edge retention and wear resistance for demanding production environments.
Optimized for computer numerical control (CNC) routing and engraving systems, this insert knife provides clean, splinter-free cuts in plastics, sign foam, composite materials, hardwoods, and non-ferrous metals. The 0.020-inch flat tip offers enhanced structural rigidity compared to a sharp point, reducing tip breakage during high-feed engraving passes.
Designed for quick indexing and replacement in compatible insert toolholders, ensuring consistent centerline accuracy and minimal machine downtime between job runs.
Technical Specifications
Engraving Knife V Groove · SKU RCK-382
- Amana Tool
- Solid Carbide Insert Engraving Knife
- RCK-382
- Engraving & CNC Inserts
- Solid Carbide Insert Engraving Knives
- 60°
- 0.020 inch (0.5mm)
- Solid Carbide
- CNC Routers & Engraving Machines
- Lettering, Sign-Making & Fine V-Groove Detailing
- 60°
- 0.020 in
- CNC Sign-Making & Lettering · Fine V-Groove Engraving · Plastics & Acrylic Fabrication
- Compatible with designated Amana Tool insert engraving toolbodies and CNC spindles. Ensure secure seating, proper torque, and correct toolholder balance prior to operation.
Best Fit Applications
CNC Sign-Making & Lettering
Fine V-Groove Engraving
Plastics & Acrylic Fabrication
Hardwood & MDF Carving
Composite & Non-Ferrous Panels
Product Highlights
0.020" Reinforced V-Tip
Features a 0.020-inch (0.5mm) flat tip width that adds structural strength, resisting tip chipping during rapid CNC feeds.
Solid Carbide Durability
Manufactured from industrial-grade solid carbide for superior wear resistance and extended tool life across abrasive materials.
Compatibility & Installation Notes
Verify exact Tool No. RCK-382 and ensure compatibility with your specific Amana Tool insert engraving holder. Ensure the insert pocket is completely clean and free of debris prior to seating. Torque clamping screws securely to manufacturer specifications to prevent insert shift or vibration during high-speed CNC operation. Always wear appropriate personal protective equipment and follow machine safety guidelines.
High-Precision V-Groove Engraving in Premium Solid Carbide
Amana Tool RCK-382 combines a 60-degree profile angle with a reinforced 0.020-inch (0.5mm) V-tip width in industrial solid carbide.
Designed for professional CNC operators seeking exceptional edge life, repeatable indexing, and superior finish quality in sign-making, lettering, and detailed panel routing.