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Finger Joint Cutter (Longitudinal) - 54 mm | Code K13 | HSS Premium

Finger Joint Cutter (Longitudinal) - 54 mm | Code K13 | HSS Premium

SKU:K13-d32/30

Regular price 1.040,00 RON
Regular price 1.400,00 RON Sale price 1.040,00 RON
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Bore (d)
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Out of stock

Longitudinal Laminated Jointing Cutters – 54 mm HSS M2 Premium


Standard Shaft Bore (d) Ø32 mm / Ø30 mm standard (Custom sizes also available upon request)
Active Cutting Material Premium HSS M2 High-Speed Steel (High 6.5% Tungsten concentration)
Tooth Type & Brazing Profiled lamellar inserts industrially brazed with premium silver alloy (Ag)
Body / Cutting Height 54 mm (Ideal for a wide range of wooden panels)
Active Working Space 20 mm - 50 mm (Optimized for longitudinal joints and solid panels)
Outer Diameter (D) 125 mm (Ensures excellent dynamic inertia and consistent cuts)
Active Cutting Edge Hardness 64 – 66 HRC
Recommended Speed 6,200 RPM (Stable performance, prevents burn marks)
Manufacturing Warranty Replaceable profiled inserts – a long-term investment in mass production
Country of Production Ukraine

✨ FEATURES AND DYNAMIC PERFORMANCE

  • Precise and High-Strength Joints: Specifically designed for longitudinal lamellar joints, this tool provides an extended adhesive contact surface, ensuring perfectly flat panels and a solid, uniform, and structurally resistant bond over time.
  • Industrial HSS M2 Performance: Thanks to its rich Tungsten composition (standard Р6М5), the fixed cutting edges maintain their geometric sharpness over thousands of linear meters in solid natural wood, offering exceptional resistance to overheating.
  • Perfect Anti-Vibration Balance: The cutter body with an outer diameter of 125 mm is fully ground and dynamically balanced on precision CNC machines. This protects the router machine's bearings and eliminates micro-waves on the finished surface.
  • Clean Cuts Without Compromise: The tooth rake angle is calculated to finely "shave" the soft or hard grain of natural solid wood, leaving perfectly smooth edges, ready for direct finishing, varnishing, or painting.
  • Extended Compatibility: The monoblock architecture is optimized to work excellently on a wide variety of professional stationary router machines (shapers) in traditional or industrial carpentry workshops.

⚠️ Usage limitations for the version in this listing (HSS M2):

❌ NOT recommended for use on particleboard, MDF, HDF, or agglomerated panels!

❌ For pressed wood derivatives containing abrasive glues, request the version with T.C.T. Vidia inserts.

📌 Perfect for joining panels, countertops, and solid natural wood structures!


🛠️ Professional Selection Guide: HSS vs. T.C.T. Vidia

The correct choice of cutting edge material directly influences the quality of the finish and the tool's lifespan. Consult the table below:

Material to be Processed HSS M2 Premium ⭐
(6.5% W / Р6М5 - In stock option)
T.C.T. Vidia ⭐
(Tungsten Carbide - In stock option)
Softwood
(Spruce, Fir, Pine, Linden)
⭐ 100%
(Glossy Finish / No Burns)
❌ Risk of burning
(Due to localized friction)
Hardwood
(Beech, Oak, Ash)
80%
(Structurally efficient)
⭐ 100%
(Maximum resistance)
MDF / Particleboard / HDF / Laminate Not Recommended 100%
(Industrial optimum)
Composite & Exotic Materials Prohibited 100%
(Maximum Yield)
Number of Resharpenings Maximum (M2 resharpenable) Structurally limited
Cutting Material Hardness 64 – 66 HRC 85 – 92 HRC

✅ Practical conclusions for purchase:

  1. Do you produce panels/countertops from Spruce, Fir, or Pine? Stick with the version in this listing: HSS M2 Premium. The tooth geometry and high-speed steel density allow for perfect, effortless chipping, leaving knots and soft fibers extremely clean, completely eliminating the micro-fringing effect.
  2. Do you work with very dense solid wood or hard laminated essences? If your workshop predominantly processes dry Beech, Oak, or derivative materials with abrasive adhesives, opt for a configuration with a T.C.T. Vidia cutting edge to benefit from maximum carbide resistance to dulling.
  3. Speed adjustment: Use the tool within the recommended speed range (6,200 RPM). Smooth manual or mechanical feeding will ensure quick chip removal from the channel, preventing active cutting edges from overheating.
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