Description

Desire Surgical’s J-type weaving needles give hair extension technicians precise control in tight, confined spaces where a standard C-type needle becomes cumbersome. Unlike needles with a uniform circular arc, the J-type features a partially straight shaft that transitions into a sharp-angled curve at the tip. This hybrid geometry gives technicians a stable grip while still allowing maneuverability during detailed weaving work. Explore our full curve needle range for additional profile options.

Engineered Geometry for Precision Control

The straight section of the shaft gives technicians a stable, controlled grip during long sessions. The angled tip then takes over for close, detailed work in areas a fully curved needle can’t reach easily. We construct each needle from high-grade stainless steel, which resists rust and holds its shape under tension during heavy-duty weaving applications. This combination lets distributors offer a needle built for both control and durability.

Eye and Tip Design for Client Safety

Each needle features an elongated, widened eye sized to accommodate thick professional-grade threads, including nylon, cotton, and synthetic weaving cords. The blunt-end tip glides through hair tracks and braids smoothly, which minimizes the risk of scratching or piercing the client’s scalp. This tip geometry matters directly for salons prioritizing client comfort and safety during extension services. Distributors can browse our complete hair extension tools category for matching accessories.

Wholesale, OEM, and Private Label Supply

We offer OEM manufacturing and private label branding for our J-type needle range, including custom sizing, logo engraving, and tailored packaging. Minimum Order Quantity (MOQ) stays flexible and depends on your customization needs and order volume, so we can serve both small regional distributors and large international buyers.

Request a Quote to discuss bulk pricing, private label branding, or custom sizing for your distribution network.

Standard Size Classification