Amana Tool Solid Carbide Straight Plunge 1/8-Inch (3.2mm) Dia Insert Engraving & Folding Knife Blade

CA$29.89
Out of stock
SKU
RCK-400
Amana Tool professional woodworking tooling
Product Type
Solid Carbide Insert Engraving & Folding Blade
Family / Category
Insert CNC Signmaking & Lettering Router Bits
Blade Geometry
Straight Plunge Knife Configuration
Cutting Diameter
1/8 inch (3.2mm)
Cutting Height
13/32 inch (10mm)
Overall Dimension
1-1/2 inches (38mm) overall length
Tool Composition
Industrial Micrograin Solid Carbide
Machine Interface
Tangential Knife Heads & Digital Flatbed Cutters
Target Material Fit
Corrugated cardboard, boxboard, foam core, plastics, and vinyl
Amana Tool · CNC Signmaking & Lettering

Solid Carbide
Straight Plunge Knife Blade

Amana Tool RCK-400 is the exact solid carbide straight plunge insert engraving and folding knife blade featuring a 1/8-inch (3.2mm) diameter, 13/32-inch (10mm) cutting height, and 1-1/2-inch (38mm) overall length designed for high-performance precision computerized material processing.

1/8" (3.2mm) Diameter (D)
13/32" (10mm) Cutting Height (B)
1-1/2" (38mm) Overall Length (L)
Straight Blade Type

Main Product Description

Amana Tool RCK-400 is the exact Tool No. verified directly on its official product page. The dedicated specification matrix establishes a 1/8-inch (3.2mm) diameter, a 13/32-inch (10mm) cutting height, and a 1-1/2-inch (38mm) overall length. Built entirely from industrial micrograin solid carbide, this straight plunge insert blade delivers long-lasting edge sharpness and superior wear resistance under rigorous high-volume production cycles.

Designed primarily for industrial signmaking, modern packaging prototyping, and specialized panel-processing operations, this folding and engraving knife blade excels at producing clean scores, precise structural creases, and geometric cutouts. The straight plunge design facilitates flawless vertical penetration, allowing computerized tangential knife systems to track intricate detailing without material tearing or deflection.

The micrograin construction provides excellent performance across a diverse range of materials, including corrugated cardboard, folding boxboard, dynamic foam core, heavy-duty vinyls, flexible plastics, and thick paper packaging composites. As an interchangeable insert component, the RCK-400 allows rapid, cost-effective replacement without requiring the removal or recalibration of the primary cutting head assembly.

Solid carbide cutting material structure utilized on the Amana Tool RCK-400 insert knife blade

Best Fit Applications

Precision Engraving & Scoring
Folding Boxboard & Cardboard
Packaging Prototyping
Foam Core & Structural Board
Vinyls & Industrial Plastics

Product Highlights

01

Premium Solid Carbide

Crafted entirely from premium micrograin carbide to maximize tool life, eliminate edge wear, and handle dense abrasive composites.

02

Straight Plunge Design

Engineered for clean vertical machine plunging, ensuring razor-sharp directional entry and flawless corner tracking.

03

Verified 3.2mm Precision

Exact dimensional control matching official Amana Tool parameters of a 1/8" diameter and 13/32" cutting height.

Compatibility & Installation Notes

Verify exact part number RCK-400 prior to machine assignment. This product is a replacement insert cutting component designed strictly for mounting into authorized toolholders, tangential knife mechanisms, or CNC digital cutter units. Never use with cracked or uncalibrated mounting hardware. Handle with caution as the cutting face is extremely sharp. Adhere to machine-manufacturer cutting depths, safety rules, and feed provisions.

Industrial Micrograin Carbide Processing for CNC Tangential Systems

The Amana Tool RCK-400 Solid Carbide Straight Plunge Insert Knife Blade brings precision performance to advanced computerized cutting environments. Combining a robust 1/8-inch (3.2mm) diameter with a targeted 13/32-inch (10mm) cutting depth, it delivers uncompromising accuracy for complex commercial folding, scoring, and lettering workflows.

By implementing an interchangeable solid-carbide format, your operations achieve optimal material optimization, minimized setup downtime, and pristine edge finish metrics across heavy packaging, vinyl, and plastic substrate lines.

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