Arrowhead Manufacturing: Precision Processes Behind Sharp, Reliable Tips – Insights for OEM Brands

While carbon fiber arrow shafts get plenty of attention for their strength and consistency, the arrowhead—often overlooked—is equally critical to accuracy and terminal performance. At WzArrows, we manufacture not only high-performance carbon arrows but also precision metal components, including arrowheads, inserts, and nock adapters.

In this technical guide, we’ll explore the specialized manufacturing processes behind modern arrowheads—processes that also inform our OEM component production. Understanding these methods helps brands appreciate the quality control and engineering that go into every arrow system.

1. Material Selection: Alloys Tailored for Strength and Sharpness

Arrowheads require alloys that balance hardness, ductility, and wear resistance. While we primarily use steel and brass for hunting tips, aluminum remains popular for target practice due to its light weight and corrosion resistance.

Common alloys include:

• 7075-T6 Aluminum: High-strength (83,000 psi tensile), ideal for precision target tips.
• 6061-T6 Aluminum: More cost-effective, sufficient for recreational use.

For hunting broadheads, we typically recommend heat-treated steel alloys or titanium for maximum edge retention and impact resistance.

OEM note: We offer custom arrowheads in multiple materials. Contact our component team →

2. Forming the Arrowhead: Forging vs. CNC Machining

Arrowheads are shaped using two primary methods, both available in our facility:

A. Forging – Strength Through Compression

• Aluminum blanks heated to 750–850°F, then compressed in precision steel dies (50–100 tons of force).
• Creates a strong, grain-aligned structure ideal for field points and practice tips.
• Excess material trimmed for weight consistency.

B. CNC Machining – Precision for Complex Designs

• Used for intricate profiles (e.g., multi-faceted tips, threaded bases).
• Our 5-axis CNC centers achieve tolerances as tight as ±0.001″.
• Essential for producing consistent batches for OEM brands.

Many premium arrowheads combine both methods: forging for core strength, CNC for precision threads and facets.

3. Heat Treatment & Hardening

Raw arrowheads are relatively soft. Heat treatment boosts hardness and edge retention:

• Solution annealing at 980–1000°F to dissolve alloying elements.
• Quenching in water or polymer bath.
• Artificial aging (6–8 hours at 250–300°F) to achieve T6 temper.

We apply similar heat treatment protocols to our steel inserts and pins, ensuring they withstand impact forces in hunting arrows.

4. Sharpening and Finishing

A sharp tip is non-negotiable. Our process includes:

• Precision sharpening with diamond abrasive wheels to a 20–30° angle (±0.5° tolerance).
• Surface treatment: Anodizing for aluminum, black oxide or phosphate coating for steel.
• Thread inspection using go/no-go gauges to ensure secure fit with arrow inserts.

5. Design Adaptations for Different Applications

OEM capability: We can produce custom arrowheads to your exact specifications. Explore our arrowhead product range →

Why Precision Arrowhead Manufacturing Matters for Your Brand

Even the best carbon arrow shafts will underperform if paired with poorly made tips. Key advantages of precision-manufactured arrowheads:

• Consistent weight – Batch-to-batch uniformity ensures predictable flight.
• Secure threading – Prevents loosening during shooting or impact.
• Correct hardness – Balances sharpness with impact resistance.
• Corrosion resistance – Anodizing or coating extends product life.

Final Thoughts

Arrowhead manufacturing is a study in precision—every step, from material selection to sharpening, is optimized for performance. While carbon fiber shafts provide the backbone, the arrowhead delivers the point of impact.

At WZ Arrow, we combine advanced CNC machining, heat treatment, and quality control to produce arrowheads and components that meet the demands of professional archers and hunting brands.

Looking for reliable arrow components? We offer complete OEM solutions, from carbon shafts to precision-machined tips. Contact our OEM team to discuss your next project.