Wholesale 27g Aluminum Fishing Braided Line Cutter with Tungsten Steel Blade PE Line Clipper

A braided line cutter (line nipper) is a small hand tool for trimming fishing line. It makes quick, clean cuts on braided, PE, mono and fluorocarbon lines. Anglers use it at the rod, on the boat, or at the bench. Many designs use a hardened cutting insert (tungsten carbide or similar) to resist wear and cut braid cleanly.

RTI’s braided line cutter is a compact 8×2 cm clipper weighing 27g. It pairs an aluminum body with a tungsten-style cutting insert for long wear and clean cuts. The tool includes a built-in spring for fast one-handed use.

The small size makes it easy to package, brand, and ship for wholesale or private-label orders. As a B2B supplier, RTI supports OEM branding, custom packaging, and bulk orders.

Product Specifications

Advantages of Aluminum Braided Line Cutter

• Tungsten-style Cutting Insert: The hardened cutter keeps a sharp edge and slices braided and PE lines without fraying. It holds up much longer than plain stainless blades.
• One-Hand Spring Action: A built-in spring returns the blades quickly. This design lets anglers clip line with one hand while handling rigs or fish. It speeds up repeated use on the water.
• Corrosion-Resistant Aluminum Body: The anodized aluminum body is both light and resistant to saltwater corrosion. Its low weight reduces shipping cost and makes it pocket-friendly.
• Compact Size: At 8×2 cm and 27 g, the tool fits retail blister packs and dealer bulk trays. The shape allows simple laser logo engraving or color printing for private-label orders.
• Low Weight: Small weight lowers freight cost in large shipments. It is ideal for wholesalers and distributors ordering by carton. (Good for OEM bundles or promo packs.)

Aluminum Fishing Braided Line Cutter Manufacturing Process

1. Design & Tooling: Finalize shape, cutter geometry, and spring mechanism. Prepare 2D/3D drawings and mold/tooling specs. This reduces changes during production.

2. Material Sourcing: Order aluminum alloys (anodize-ready) for bodies and YG-series tungsten/tungsten-carbide for cutters. Source corrosion-resistant small hardware (pins/springs).

3. CNC Machining / Stamping: Machine or stamp the aluminum body to tolerance. Deburr and clean parts before surface treatment.

4. Blade Production & Heat Treatment: Sinter or machine the tungsten insert, then grind to final edge tolerance. If “tungsten steel” is used, suppliers often provide YG-type cutter inserts.

5. Surface Finish & Anodizing: Anodize or coat the aluminum body for corrosion resistance and consistent appearance. This also prepares the surface for engraving or printing.

6. Assembly & Inline Testing: Assemble body, cutter, spring, and pin. Test sample units for cutting performance and spring action in-line. Remove any fails.

7. Final QC & Packaging: Do batch inspection for dimensions, cutting performance, and finish. Pack per client spec: bulk cartons, blister cards, or custom retail boxes. Prepare shipping labels and documentation for export.